What Will Inspectors Look for in Combustible Dust Inspections?

What Will Inspectors Look for in Combustible Dust Inspections?

We recently discussed in this blog OSHA’s revised Combustible Dust National Emphasis Program.  Along with that revision OSHA’s shared its instructions to inspectors on what how to conduct the inspection, what to look for, how to build a case for a citation and which standards they could cite in a citation.

In this article, we’ll list out exactly what an inspector will be looking for if they arrive to your site for a combustible dust inspection, the information you’ll need to provide, and which standards you can be cited under.  There is no official OSHA combustible dust standard, so inspection instructions can help serve as a guidance to help you determine what you need to have in place not only to do well in an inspection, but to keep your people safe.

How Will OSHA Determine Who Gets Inspected?

First, will you be on the target list?

The NAICS codes who are likely to have combustible dust hazards are gathered together on Appendix B of the emphasis program.  OSHA will pull a list of all companies who qualify and generate a random order list.  Each company will be assigned a number and OSHA inspectors who have had specialized training in combustible dust hazards will be assigned to conduct inspections. This list will remain active for 3 years before a new one is generated. Between 2013 and 2017, OSHA conducted approximately 500-600 per year between programmed (planned) and unplanned inspections.

Your company can be deleted off the list if you have been inspected within the past 5 fiscal years, were inspected for combustible dust hazards and no citations were issued, or if you were inspected for combustible dust hazards, was cited but a follow-up inspection verified you did abate the hazards. Also, if you are a VPP or SHARP company, you can be deleted off the list.

If you’re not on the list for programmed inspections, you can still be inspected if there has been a complaint or if you have had a fatality or catastrophic incident related to combustible dust.

What Will Inspectors Be Looking for in a Combustible Dust Inspection?

This is the list of items that OSHA will be evaluating and the potential documentation they will be looking for:

  1. History of Fires and Explosions

Inspectors will be determining if your plant has a history of fires, flash fires, deflagrations of process vessels and inside buildings, and explosions of vessels.  They’ll be conducting employee interviews, looking at OSHA logs, looking at insurance claims, accessing local fire department records, and conducting onsite visual inspections to look at the condition of your equipment.  They’ll be placing special attention to discoloration, bulging, repairs and missing/damaged pieces or appendages of your equipment.

  1. Safety Data Sheets (SDSs)

Inspectors will go through your SDSs, looking for combustible dusts.

  1. Electrical Area Classification Drawings/Documents

Inspectors will be looking at your classification documents to find areas marked Class II, Division 1 or 2 to ensure electrical equipment is approved for that hazardous location.

You are required to have these drawings per 29 CFR 1910.307, which is the Hazardous (Classified) Locations Standard.

  1. Dust Hazard Analysis

Inspectors have been instructed to do a dust hazard analysis toward the end of the inspection to help them in determining your citation, rather than at the beginning of the inspection to determine the scope.  This analysis includes observations of all areas of the facility for accumulation issues to determine overall potential for fire, flash fire or explosion.

They’ll be looking at:

  • Horizontal structures
  • Conduits and pipe racks
  • Cable trays
  • Floors
  • Above suspended ceilings
  • On or around equipment, especially on elevated horizontal surfaces

They will be taking measurements of depth, determining physical area sizes, and may be bringing cameras and video cameras on poles to help take photos of high places.

  1. Control and Suppression Systems

Inspectors will be looking to ensure:

  • Dust collectors and dust handling equipment has explosion prevention/suppression systems and deflagration propagation prevention devices;
  • Dust systems that return clean air to buildings have proper protections;
  • There are no hazardous levels of combustible dust accumulations outside of equipment;
  • Number and sizes of horizontal surfaces are minimized and designed to prevent dust accumulation;
  • Equipment that produces, transports, stores or handles dust (mixers, silos, mills, ducts, dust collectors, etc.) are designed and maintained to prevent dust leakage/escape/clouds;
  • Material transport systems (conveyors, elevators) are designed to prevent dust leakage/escape/clouds;
  • The method of cleaning and the tools you use to clean are proper. Are you using specialized vacuums to clean up combustible dusts, what are you doing to clean up dust, and if you use compressed air is it under 30 psi with the right chip guards and PPE?
  • Electrical equipment and lights are proper for use in those areas;
  • Powered industrial trucks are approved for use in those locations;
  • Hot work, welding, cutting and grinding is not performed in those areas;
  • Ductwork from dust generation, handling and collecting systems is conductive, bonded and properly grounded to dissipate static accumulation;
  • Maintenance of mechanical equipment is conducted to prevent generation of heat and sparks;
  • Process systems have magnetic separators and/or tramp metal separators installed;
  • Your ductwork has proper transport velocity to prevent accumulation in the ducts and that ducts have inspection and cleanout ports/hatches;
  • Housekeeping procedures are in place; and,
  • You have ignition control programs for:
    • Hot work and hot surfaces
    • Bearings
    • Self-heating materials
    • Open flames
    • Fuel-fired equipment
    • Heated process equipment
    • Heated air
    • Frictional sparks
    • Impact sparks
    • Electrical equipment
    • Electrostatics or other similar sources in dust handling equipment.
  1. Sampling Results

Inspectors will be collecting dust samples from each area they believe has a potential for a combustible dust hazard.  This could be from elevated surfaces, horizontal surfaces as high overhead as possible, floors and equipment surfaces, dust collection equipment and within process equipment.  They are not allowed to enter into your confined spaces, but they can use a non-spark producing scope or scoop on an extension pole to collect their sample.

Samples will be sent to the OSHA Salt Lake Technical Center which has specialized knowledge and experience with combustible dust hazards.

A good practice with all OSHA inspections is to make sure you conduct your own side-by-side sampling, that is, you sample what they sample and get your own independent results.  Be advised, combustible dust samples are going to be considerably more expensive samples to have analyzed by a laboratory than other types of materials.

  1. Other Documentation

Inspectors will be gathering all kinds of other information including:

  • How your equipment is connected and how the process flows;
  • Piping and process diagrams;
  • They’ll take photographs, videos and make diagrams or sketches documenting extent and depth of dust and condition of equipment;
  • Room dimensions;
  • Engineering controls used;
  • Design information, make, model, serial numbers of dust collectors;
  • Date of installation and operator manuals for dust collection system;
  • Dirty and clean size/volumes for dust collection system;
  • Warning signs and alerts on equipment regarding combustible dust;
  • External ignition sources; and,
  • Internal ignition sources.

What are Some Potential Standards You Could be Cited Under?

OSHA does not have its own dedicated combustible dust standard, but it can use a wide variety of other standards to cite you for these hazards.  These include:

Housekeeping Standard (Non-Storage Areas) – 29 CFR 1910.22

A little dust here and there wouldn’t be enough.  You can be cited under this standard if you have a visible volume of combustible dust in the workplace.  This is where that dust hazard analysis comes in.  They will use their measurements and observations for extent, depth and calculations of area.  If you have dust everywhere and it’s pretty significant, expect a violation of this standard.

Housekeeping Standard (Storage Areas) – 29 CFR 1910.176(c)

This is from the Handling Materials – General standard which says that storage areas need to be free from accumulation of materials that constitute hazards including explosion and fire.

General Duty Clause – Section 5(a)(1)

As with a lot of other cases, usually there’s always something within the tried-and-true General Duty Clause that could be included. In this case it will be related to the dust collection system or your dryers, mixers, material storage, bucket elevators and mills.  In addition to reviewing your safety and maintenance manuals, inspectors may do some research into your industry to find potentials for combustible dust hazards and also use NFPA 65 or other NFPA standards to find issues.

Some ideas for citations under the General Duty Clause listed for inspectors in their inspection guidance include:

  • Problems with dust collectors;
  • Ductwork-related problems;
  • Improperly designed deflagration venting;
  • Unprotected processing and material handling equipment (no deflagration suppression); and,
  • Improperly designed or maintained blowers, collection systems and exhaust systems used at sawmills.

Ventilation – 29 CFR 1910.94

Paragraph (a) of this standard deals with abrasive blasting including fire and explosion hazards.  If your ventilation equipment is not constructed in accordance to NFPA 91 and 68, then you can be cited here.

PPE – 29 CFR 1910.132(a)

If employees are not wearing FR (flame-resistant) clothing around combustible dust areas where they could receive burn injuries from flash fires, you can be cited under the PPE standard.

Hazardous (Classified Locations) – 29 CFR 1910.307

This is in the Electrical Subpart S area of the standards.  If sample results show you have combustible dust in a Class II area and it’s not safe for it to be there, you would be cited under this one.  They can also cite Class I and III electrical-related issues here too if they find them along the way.

Powered Industrial Trucks – 29 CFR 1910.178

If you have a forklift that’s not rated an EX (explosion proof) in the area where there’s combustible dust, you can be cited here.  Also be aware that many jurisdictions still have Powered Industrial Truck emphasis programs so they can conduct an additional separate inspection regarding your trucks while they are there for combustible dusts.

Welding, Cutting and Brazing – 29 CFR 1910.252

Under the general requirements, if you are conducting cutting and welding in explosive atmospheres, you can be cited here.

Warning Signs – 29 CFR 1910.145

This comes from the standard for Specifications for Accident Prevention Signs and Tags under Subpart J, General Environmental Controls.  If you have safety instruction signs missing from equipment or missing from entrances where there are explosive atmospheres, expect a citation here.

Hazard Communication – 29 CFR 1910.1200

Did you know that combustible dust is considered a hazardous chemical?  This needs to be incorporated into your hazcom program.   All equipment containing combustible dusts, including drums and containers used to collect dusts from dust collectors and cyclones must be properly labeled just like any other hazcom container.

You should also document notifying and training employees on its hazards.

SDSs are now supposed to include combustible dust as a not otherwise classified hazard with the signal word “warning” and the hazard statement “may form combustible dust concentrations in the air.”

Others and Specialty Standards

  • Means of Egress – 29 CFR Subpart E
  • Portable Fire Extinguishers – 29 CFR 1910.157 (no emergency action plan or fire prevention plan)
  • Fire Brigades – 29 CFR 1910.156
  • Spray Finishing – 29 CFR 1910.107
  • Bakery Equipment – 29 CFR 1910.263
  • Sawmills – 29 CFR 1910.265
  • Pulp and Paper Mills – 29 CFR 1910.261

Do you need help with combustible dust?  iSi can help with programs, audits and hazard assessments, sampling, PPE determinations, training and more.  Contact us today!

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OSHA Updates Its Combustible Dust National Emphasis Program

OSHA Updates Its Combustible Dust National Emphasis Program

In 2007, after a number of combustible dust incidents, OSHA issued its National Emphasis Program on Combustible Dusts.  After years of inspections and gained knowledge about combustible dusts in industry, OSHA maintains this National Emphasis Program is now updating it to better target those industries they are finding are having the most issues.

What Are Combustible Dusts?

Combustible dusts are organic or metal dusts ground into very small particles, fibers,  flakes, chips, or chunks which makes them more likely to cause fire, flash fire, deflagration and explosion hazards.  They can be found in process equipment, dust collectors, electrical equipment, and all around the building.

Some typical combustible dusts include:

  • Metal dusts like aluminum, magnesium and iron
  • Wood dusts
  • Coal, carbon and carbon black
  • Plastic dusts, phenolic resins and additives
  • Rubber dust
  • Biosolids
  • Organic dusts like sugar, flour, paper, soap and dried blood
  • Textile dusts

Grain handling dusts are also combustible, however, due to the incidents and explosions involving grain handling facilities, they have their own emphasis program.  The combustible dust emphasis program looks at all other dusts or those facilities that may not qualify to be inspected under the grain handling emphasis.

Affected Industries

The combustible dust emphasis program has listed quite a few NAICS codes targeted for programmed inspections in its Appendix B.  Some of these include:

  • Wood products
  • Forest and furniture
  • Chemicals
  • Metal processing
  • Agriculture and food (human and animal)
  • Rubber and Tire
  • Paper products
  • Textiles
  • 3-D printing
  • Pharmaceuticals
  • Wastewater treatment
  • Recycling
  • Coal dust handling and processing

Through its inspections since 2007, OSHA found:

The Top 5 Industries with the Most Combustible Dust Hazards

  • Farm suppliers
  • Institutional furniture manufacturers
  • Metal window and door manufacturers
  • Sheet metal work
  • Furniture and upholstery repair

The Industries With the Most Fatalities and Catastrophes:

  • Animal food manufacturing
  • Sawmills and lumber production
  • Wood manufacturing and processing
  • Agriculture processing

New Industries Added to Appendix B to Be Inspected

Through inspection data it was found that certain industries needed to be added to Appendix B because they were more likely to have combustible dust hazards or the number of combustible dust-related fatalities or catastrophes had went up.  These include:

  • Commercial bakeries
  • Printing ink manufacturing
  • Cut stock, resawing lumber, and planing
  • Leather and hide tanning and finishing
  • Truss manufacturing
  • Grain and field bean merchant wholesalers

Industries Removed from Appendix B

Those industries that OSHA found were less likely to have combustible dust hazards or who had low incidents and violations were removed from Appendix B and are no longer on the target list for programmed inspections.  These include:

  • Fossil fuel electric power generation
  • Cookie and cracker manufacturing
  • Pharmaceutical preparation manufacturing
  • Unlaminated plastic profile shape manufacturing
  • Noncurrent carrying wire device manufacturing
  • Blind and shade manufacturing

How Will OSHA Determine Who Gets Inspected?

OSHA will pull a list of all companies whose NAICS codes fall under those listed in Appendix B to generate a random number list.  Each company will be assigned a number and OSHA inspectors who have had specialized training in combustible dust hazards will be assigned to conduct inspections. This list will remain active for 3 years before a new one is generated. Between 2013 and 2017, OSHA conducted approximately 500-600 per year between programmed (planned) and unplanned inspections.

Your company can be deleted off the list if you have been inspected within the past 5 fiscal years, were inspected for combustible dust hazards and no citations were issued, or if you were inspected for combustible dust hazards and were cited but a follow-up inspection verified you did abate the hazards. If you are a VPP or SHARP company, you also will be deleted off the list.

Even if you’re not on the list for programmed inspections or in Appendix B, you can still be inspected if there has been a complaint or if you have had a fatality or catastrophic incident related to combustible dust.

There is no OSHA combustible dust standard, so what will an inspector be looking for when they come onsite for one of these inspections?  Stay tuned for our next blog article, “What Will Inspectors be Looking for in Combustible Dust Inspections?”

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OSHA Injury Posting Requirements

OSHA Injury Posting Requirements

It’s that time of year again when employers need to post and submit last year’s injury and illness data.  Here is a list of timeframes and more information about which companies this affects:

Posting Injury and Illness Data

All employers who are required to maintain OSHA logs must post a copy of their OSHA 300A log from February 1 through April 30.  This needs to be placed in a common area where an employee can easily see it.  Make sure you have a company executive sign and certify it before posting.


Electronic Submittals to OSHA

osha injury reporting recordkeeping compliance chart for 2023

Employers with more than 250 employees and employers with 20-249 employees under certain NAICS codes are required to submit their 300As to OSHA’s Injury Tracking Application (ITA) website.  Here’s a list of those special industries covered by the recordkeeping rule:  Covered Industries.

In order to post to the website, you’ll need two separate accounts.  First is an account with the Injury Tracking Application website.  The other, new as of October 2022, you’ll have to have an account at Login.gov, a secure website the federal government uses for many different applications.   You need to make sure you use the same email address for both so that the records can be connected.

Information can be manually uploaded, uploaded via a CSV file (available as a template from the OSHA ITA website), or transmit it electronically through an API.

If your company has multiple locations, or establishments as they are referred to, you need to report for each establishment, but can use the same ITA account to do it.  A third party can help do this for you, but accuracy and completeness of data is still your company’s responsibility.

Even if you have 0 recordables, you still need to report, and if you miss the March 2 deadline, you can still submit at any time of the year.  Just be aware you’re not compliant until you do.  If you submit early and find out there was an injury last year that became recordable, they would like for you to update the information, but it’s not required.

What’s Recordable, What’s Not?

If you have questions or need help in determining what’s recordable and what’s not, iSi can help.  We can advise on a case-by-case basis, and we have conducted presentations that cover some of the trickier examples that we can provide through our training program.  Contact us for pricing on either of those.

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Chemical Hygiene Plan: What You Need To Know

Chemical Hygiene Plan: What You Need To Know

 

What is a chemical hygiene plan?

A Chemical Hygiene Plan (CHP) is a written document required by the Occupational Safety and Health Administration (OSHA). It outlines specific safety procedures that workers must follow while working with hazardous chemicals, in order to minimize risk of exposure to potentially dangerous substances.

The CHP covers topics such as personal protective equipment, engineering controls, safe work practices, health and hygiene, medical surveillance, chemical labeling and storage, spill response plans, hazardous waste disposal and more. It is important to have a comprehensive and up-to-date CHP in place as it ensures that workers are aware of the hazards associated with their job duties and how to protect themselves against them.

What are the objectives of a chemical hygiene plan?

A Chemical Hygiene Plan (CHP) is an organized and comprehensive plan designed to protect laboratory workers from the potential health hazards posed by hazardous chemicals in the work environment. It outlines safety protocols for working with hazardous materials, identifies any special procedures or precautions that need to be taken when dealing with them, and provides guidance on how to safely handle common laboratory operations such as waste disposal and emergency response.

A CHP establishes the safety procedures that must be followed in order to ensure that laboratory personnel are adequately protected from hazardous chemical exposure, while also ensuring compliance with relevant laws and regulations.

The main objectives of a CHP include minimizing employee exposure to hazardous chemicals, reducing the potential for accidental spills or exposures, identifying appropriate personal protective equipment (PPE) for each type of operation, and providing training for personnel on the appropriate use of hazardous materials.

What should a chemical hygiene plan include?

A CHP should include a written policy outlining the responsibilities of personnel, recommendation on protective clothing and equipment, training requirements for workers, methods for labeling and storing chemicals, emergency procedures in case of spills or other incidents, and equipment maintenance protocols.

In addition, the CHP should document any hazardous chemical exposures that have occurred. By following these guidelines, workplaces can ensure that personnel are adequately protected from exposure to hazardous substances and minimize the risk of injury or illness due to chemical use.

What does a chemical hygiene officer do?

A Chemical Hygiene Officer (CHO) is an important role in any organization that works with hazardous chemicals. Their primary responsibility is to ensure the safety of personnel and protect the environment by designing and implementing chemical safety programs, policies, standards, and procedures.

The chemical hygiene officers also oversee compliance with all applicable laws related to health and safety in the workplace. They are responsible for monitoring chemical use, storage, and disposal; performing safety audits; conducting safety training; and providing expert advice on safe chemical handling practices.

In addition to these core duties, the CHO may coordinate with other departments such as Human Resources and Environmental Health & Safety in order to ensure compliance across the organization and present health and safety requirements.

 

What is the OSHA chemical safety plan?

The OSHA Chemical Safety Plan is a set of steps that employers must take to ensure the safety and health of their workers, as well as the workplace itself, when handling hazardous chemicals. It outlines the preventive measures that employers should implement in order to protect employees from exposure to hazardous materials.

This plan includes training for workers on proper handling and storage of chemicals; personal protective equipment (PPE); emergency response plans; and other safety measures. Proper implementation of the OSHA Chemical Safety Plan can help to reduce incidents and injuries caused by hazardous chemicals, as well as ensure a safe environment for all employees. The plan also serves to keep businesses compliant with federal regulations set forth by the Occupational Safety and Health Administration.

What is the OSHA laboratory standard for chemical exposure?

The Occupational Safety and Health Administration (OSHA) sets a standard for chemical exposure and protective laboratory practices in the workplace. This includes keeping employees safe from any kind of hazardous chemical, whether it be by inhalation, ingestion or skin contact. OSHA enforces this standard through its Hazard Communication Standard, which requires employers to provide workers with information about the chemicals they use, including proper storage, labeling and handling instructions.

The OSHA lab standard also sets limits on the amount of exposure an employee can have to certain chemicals, ensuring that workers remain safe from any potential harm. To make sure these standards are met, employers must provide adequate training and ensure that employees follow safety protocols when working with hazardous materials.

What are the 10 steps to chemical safety?

Chemical safety is an important part of any workplace environment. Knowing and understanding the 10 steps to chemical safety can help ensure that all employees are safe while handling hazardous materials.

  1. The first step to chemical safety is to identify potential hazards by reviewing the Material Safety Data Sheet (MSDS). The MSDS includes detailed information about the properties of a given chemical, including its health hazards, protective measures, and emergency response information.

  2. The second step is to use the right personal protective equipment (PPE) when working with hazardous materials. This may include safety glasses, respirators, gloves, lab coats, and other items that are necessary for safe handling of chemicals.

  3. Thirdly, it’s important to keep all containers of chemicals labeled and sealed properly. Labels should include the name of the chemical, concentration, date prepared, and appropriate hazard warnings.

  4. The fourth step is to practice good housekeeping in the lab or work area by keeping all areas clean and free from debris that might contaminate products. All spilled materials must be removed from the work area as soon as possible.

  5. The fifth step is to make sure that all employees are trained on the proper handling of chemicals in their work area. This includes understanding how to use protective equipment and safety measures to reduce exposure.

  6. The sixth step is to provide good ventilation in the lab or work area. Poor ventilation can increase exposure to hazardous materials, so it’s important to keep areas well-ventilated.

  7. Seventhly, emergency equipment should be readily available in case of an incident. This includes items like fire extinguishers, eye wash stations, and spill kits to contain hazardous materials.

  8. The eighth step is to create a culture of safety by ensuring that all employees are aware of the dangers associated with handling hazardous materials. All workers should understand the proper safety procedures, and regular training should be conducted to reinforce these procedures.

  9. The ninth step is to monitor employee exposure levels by providing personal protective equipment and conducting periodic air quality tests. This will help ensure that all workers remain safe while working with hazardous materials.

  10. Finally, the tenth step is to document all safety measures taken in a detailed hazard assessment report. This report should include a description of the potential hazard, control measures taken to limit exposure, and any additional safety precautions that were implemented.

By following these 10 steps to chemical safety, employers can ensure that their employees remain safe while handling hazardous materials in the workplace.

 

What are 4 hazardous chemicals?

Chemical safety is an important topic in any work environment, as exposure to hazardous chemicals can have serious effects on a person’s health and wellbeing. To protect workers and customers alike, it is essential that businesses identify the potential risks associated with their products or services, and take steps to minimize them. One way to do this is by identifying the four main classes of hazardous chemicals: corrosives, flammables, oxidizers, and toxic materials.

Corrosives are substances that can cause severe damage to the skin or eyes upon contact. These can include acids, alkalis, and other caustic materials. Flammables are extremely combustible liquids or gases that can ignite easily and burn rapidly under certain conditions. Oxidizers are substances that can cause rapid or spontaneous combustion when they come into contact with flammable materials. Finally, toxic materials are substances that can cause chronic or acute health problems if ingested, inhaled, or absorbed through the skin.

What are the five rules of chemical safety?

Chemical safety is a critical part of all standard operating procedures. It helps ensure the safety and health of personnel, as well as protects equipment and materials from potential hazards. There are five basic rules of chemical safety that must be followed in order to minimize risk and maintain a safe working environment.

  • Read the labels and material safety data sheets (MSDSs) for any chemicals that you plan to use. Be sure to understand the hazards of each chemical as well as the proper disposal or storage requirements.
  • Wear the appropriate protective clothing and equipment when working with dangerous chemicals. This includes gloves, goggles, and an apron or lab coat. Additionally, it is important to ensure that your work area is well-ventilated.
  • Never mix chemicals, even if they are similar. This can lead to unpredictable and potentially hazardous reactions.
  • Store chemicals properly in order to prevent spills or other accidents. Always follow the manufacturers’ instructions regarding recommended storage temperatures and containers.
  • Always clean up any spills immediately and properly dispose of all chemicals after use. This includes cleaning any equipment or surfaces that may have been exposed to hazardous materials.

Adhering to these five basic rules of chemical safety can help ensure a safe working environment for everyone in your laboratory.

What is a common hazardous chemical in healthcare?

Healthcare workers are exposed to all kinds of hazardous substances. These can range from pesticides used in the garden, to chemical cleaners used in bathrooms and kitchens, to toxic drugs and medicines. One of the most common hazardous chemicals found in healthcare is formaldehyde.

Formaldehyde is a colorless, odorless gas that has many industrial uses such as preserving specimens for research laboratories and embalming. It can also be found in some furniture, carpets, cleaning supplies and even cosmetics.

In healthcare settings, formaldehyde is often used as a disinfectant to prevent the spread of infections. Exposure to high levels of formaldehyde can cause respiratory irritation, headaches and nausea. Healthcare workers must take extra precautions to protect themselves from exposure by wearing personal protective equipment such as respirators, eye protection and gloves.

Additionally, employers should use ventilation systems to reduce exposure levels in the workplace. By following these simple steps, healthcare workers can help protect themselves from dangerous chemical hazards and potentially hazardous chemicals.

Another hazardous chemical that is often found in healthcare is ethylene oxide. Ethylene oxide is a colorless gas with a sweet odor and bitter taste. It is used in healthcare as a sterilizing agent for medical equipment and supplies.

However, exposure to high levels of ethylene oxide can cause skin irritation, headaches and dizziness. Healthcare workers must take precautions to protect themselves from any potential health risks associated with this chemical by wearing protective clothing such as respirators, masks and gloves when handling ethylene oxide. Proper chemical hygiene training and a chemical hygiene plan are crucial for employee safety.

What are 5 top laboratory hazards?

Laboratories are places for experimentation and research, but they can also be dangerous. Understanding the potential hazards that exist in a laboratory is essential to ensure safety. The five top laboratory hazards include chemical exposure, fire, radiation, biological agents, and electrical shock.

Chemical exposure is a significant hazard in any laboratory situation due to the use of hazardous materials such as acids, solvents, and other hazardous compounds. It is important to wear the appropriate protective gear such as safety glasses, gloves, and an apron when working with chemicals to reduce potential exposure.

Fire can cause serious damage in any laboratory setting due to the presence of volatile materials. Laboratories should be equipped with fire extinguishers and personnel should be trained on how to use them. In addition, flammable materials should be stored in proper containers and away from direct sources of heat.

Radiation is a potential hazard in laboratories that use radioactive materials or radiation-generating devices such as X-ray machines. It is important for personnel using these devices to wear protective gear such as lead aprons and glasses, and follow safety protocols.

Biological agents can also be a hazard in certain laboratory settings. It is important to wear protective clothing when working with biological materials and to practice proper hygiene such as washing hands regularly and avoiding contact with eyes, nose, or mouth. Additionally, it’s important to dispose of infectious waste properly and use safe disposal methods for sharp objects such as needles.

What are the 10 lab safety rules?

It is important to understand the 10 lab safety rules in order to ensure a safe and productive laboratory environment. The 10 lab safety rules are:

  1. Wear proper protective gear – including clothing, eye protection, and gloves – whenever handling chemicals or working with equipment that generates heat, sparks, and open flames.
  2. Read labels carefully before using any chemical or equipment.
  3. Follow the instructions provided and adhere to safety protocols in the lab and laboratory safety manual.
  4. Keep chemicals away from sources of heat, ignition, and open flames.
  5. Know how to properly handle and dispose of hazardous materials according to safety protocol.
  6. Know the location of emergency exits, fire extinguishers, spill kits, eyewash stations, and first aid kits.
  7. Never work alone in the lab; always ensure that someone else is present in case of an emergency.
  8. Do not touch or taste any chemicals without permission from a qualified supervisor.
  9. Report any accidents or spills to your supervisor immediately.
  10. Clean up all equipment and materials after use and before leaving the laboratory with prior approval.

Adhering to these 10 lab safety rules is essential for ensuring a safe and productive workplace in any laboratory setting. Always be aware of the potential hazards and use caution when handling hazardous materials or working with dangerous equipment.

How often should a workplace or laboratory chemical inventory conducted?

It is important to conduct a workplace or laboratory chemical inventory at least once a year. This helps to ensure that all chemicals stored onsite are accounted for, and any expired or unwanted materials can be safely disposed of. Additionally, employers should update the list as soon as a new container of hazardous material is received.

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OSHA Considering Changes and Updates to the PSM Standard

OSHA Considering Changes and Updates to the PSM Standard

OSHA Considering Changes and Updates to the PSM Standard

 

OSHA has been accepting comments on several proposed changes to its Process Safety Management, or PSM standard.

PSM is an OSHA regulation that is concerned with processes at your facility that use highly hazardous chemicals.  PSM provides a compliance framework to evaluate each process with the end goal of no spills, fires, explosions, reactions, releases or other incidents arise from their use.  The official standard can be found at 29 CFR 1910.119.

PSM hasn’t been updated since its creation in 1992.  OSHA has been reevaluating PSM, and EPA has been similarly been reevaluating their Risk Management Plan, or RMP standard since the 2013 West, Texas fertilizer storage facility explosion.  Just like the difference between OSHA and EPA, PSM is meant to protect workers while RMP is meant to protect the environment.

Potential changes to PSM could include:

  • Clarifying the exemption for atmospheric storage tanks;
  • Strengthening employee participation and stop work authority;
  • Requiring the development of written procedures for all elements specified in the standard, identification of records required by the standard, and a records retention policy (previously referred to as “Written PSM Management Systems”);
  • Including oil-well and gas-well drilling and servicing as part of the standard and resuming enforcement for oil and gas production facilities;
  • Expanding coverage and requirements for reactive chemical hazards;
  • Updating and expanding the list of highly hazardous chemicals in Appendix A;
  • Requiring continuous updating of collected information (paragraph (d));
  • Requiring formal resolution of Process Hazard Analysis team recommendations that are not utilized;
  • Better defining what critical equipment means, what equipment deficiencies are, and expanding paragraph (j) to cover the mechanical integrity of critical equipment;
  • Clarifying the scope of the retail facilities exemption;
  • Defining the limits of a PSM-covered process;
  • Better defining recognized and generally accepted as good engineering practices (RAGAGEP) and requiring evaluations of any updates to them;
  • Requiring safer technology and alternatives analysis;
  • Requiring consideration of natural disasters and extreme temperatures;
  • Amending paragraph (k) of the Explosives and Blasting Agents Standard to cover dismantling and disposal of explosives and pyrotechnics;
  • Clarifying that paragraph (l) covers organizational changes;
  • Amending paragraph (m) to require root cause analysis;
  • Requiring coordination of emergency planning with local emergency-response authorities;
  • Requiring third-party compliance audits; and,
  • Including requirements for employers to develop a system for periodic review of and necessary revisions to their PSM management systems (previously referred to as “Evaluation and Corrective Action”).

This action is currently in the comments stage, and stakeholder meetings were held in October 2022 with comments accepted through mid-November 2022.  We will keep you updated when anything final is published.

Do you need help with PSM?  Does this apply to you?  iSi can help!  Contact us today for more information.

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Fit Testing Questions Answered

Fit Testing Questions Answered

Once you conduct an evaluation to determine what type of respirator your workers will be required to use to protect them from the contaminants around them (that is, what type, Assigned Protection Factor (APF) needed, what filters and/or cartridges are required, etc.), there are three general steps that come next: a medical evaluation to ensure they’re medically capable of wearing one, fit testing to determine which size most comfortably and accurately fits, and training.  In this blog, we dive into the fit testing side.

Respirator fit testing is conducted on tight-fitting respirators to make sure the respirator gets a good seal on the employee’s face so that no contaminants will leak into the mask.  They may not always be the most comfortable or convenient things to wear, but fit testing finds a balance of comfort and protection at the same time.

Qualitative or Quantitative?  What’s the Difference?

Fit-testing methods are referred to as qualitative or quantitative.

In qualitative fit-testing, once the person being fit tested has his/her mask on, the tester introduces items such as saccharine, Bittrex, banana oil or irritant smoke near the mask to see if the person can smell or sense it.  This method relies on the worker’s ability to sense odor or irritants. NIOSH currently doesn’t recommend irritant smoke for fit-testing.  Qualitative fit testing is only for half-face, full-face and N95 filtering facepiece respirators that have an APF of 10.  An APF is the level of protection the respirator will provide if it’s functioning and wore correctly.  For example, an APF of 10 means the user can expect to inhale no more than one tenth of the contaminant present. Qualitative fit-testing is easy, fast and fairly inexpensive.  It’s considered to be only a pass or fail type of test.

Quantitative respirator fit-testing uses a machine to measure pressure loss inside the mask or to count quantities of particles to calculate a fit factor.  Quantitative testing is considered more accurate than qualitative fit-testing.  Quantitative fit-testing must be conducted for respirators requiring an APF over 10.  Full-face tight fitting respirators that are quantitatively tested have an APF of 50.  An APF of 50 means the user can expect to inhale no more than one fiftieth of the contaminant present.

​When Do I Need to Fit-Test Someone?

Employers are to ensure employees wearing tight-fitting facepiece respirators are fit-tested:

  1. Before use
  2. Whenever a different respiratory facepiece is used (size, model, make, style)
  3. Annually

Why is Fit-Testing Required Each Year?

A study published by NIOSH has affirmed the need for OSHA’s annual requirement for fit-testing for filtering facepiece respirators and other tight-fitting respirators.

In its study, NIOSH followed 229 subjects over three years’ time, making fit and physical characteristic measurements every 6 months. It was found that after one year, 10% of the subjects had changes in fit. In two years it was 20%, and in the third year, it was up to 26%. OSHA’s intended threshold for fit changes, when it made its rules in 1998, was 7% annually.

NIOSH also found that subjects who had lost 20 or more pounds had respirator fit changes. The greater the weight loss, the higher the chance that the respirator fit changed. Thus, NIOSH recommends those persons who lose 20 or more pounds get priority fit-test scheduling, even it is less than a year since their last fit-test.

In addition to weight loss and gain, other events such as dental changes, facial scarring and cosmetic surgery can affect respirator fit as well.

Note: NIOSH’s study can be found at: https://blogs.cdc.gov/niosh-science-blog/2016/01/05/fit-testing/

What Difference Does Respirator Brand Make in Fit Testing?

Different brands also fit differently, so a size a worker may wear in one mask may not be the same size in another brand.  If the person wears glasses, hearing protection or other items around their head during the job, they must wear them during the fit test.

What Facial Hair is Acceptable in a Fit-Test?

Beards and facial hair on men are back in style, but beards and respirators do not get along.  Certain kinds and lengths of facial hair including beards, sideburns, some mustaches, and even a day or two of stubble can interfere with the seal.  According to NIOSH, presence of facial hair under the seal causes 20 to 100 times more leakage.  Gases, vapors and particles will take the path of least resistance and will flow right through the hair into the mask and into the lungs.

Our Physician is Booked Now, Can I Go Ahead and Do the Fit Test Before I Get My Respirator Physical?

No!  Respirator physicals (medical evaluations) need to be done before the fit test to ensure the person getting tested is even medically qualified to wear one.  Wearing a respirator can put a strain on the heart and lungs and it is very important that an employee has been evaluated by a medical professional to prevent causing any damage to the employee.

How Often is Respirator Training Required?

Respiratory protection training is required ANNUALLY, that is, within 12 months.  Doing this training around the same time as the physical and the fit testing can help reinforce proper care techniques for the respirator.  This training should cover how to properly don (put on) and doff (take off) them, their limitations and capabilities, why a respirator is needed, how to use them in an emergency or when they malfunction, how to inspect and remove the seals, how to clean and store it properly, how to recognize medical signs and symptoms that may limit or prevent its effective use, and the general requirements of the respiratory protection standard.

Additional training shall be conducted if there are any changes in your workplace, changes in respirator that would make previous training obsolete and when a worker’s actions show additional training is required to ensure their safe use.

What Documentation Do I Need to Keep?

Once you’ve had someone fit tested, you need to ensure you maintain records of the fit test.  The documentation needs to include:

  • The name of the person tested,
  • Type of test conducted
  • Specific make, model, style and size of respirator tested
  • Date of the test
  • Pass/fail results for qualitative fit testing, or the fit factor and strip chart recording from a quantitative fit test
  • A written copy of your Respirator Protection Program

Where Can I Find the Requirements for Fit-Testing? 

OSHA governs the usage of respirators and sets forth its standards in 29 CFR 1910.134 for general industry, and for construction, standard 29 CFR 1926.103 references back to the general industry standard, saying its requirements are identical.  The specific protocols and instructions on how to conduct a fit test are in Appendix A of that standard.

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Lithium Batteries: Safety Hazards and Their Impact on Businesses

Lithium Batteries: Safety Hazards and Their Impact on Businesses

More lithium and lithium-ion batteries are being used in products today and just like any material, if we understand how to use it safely, it should not pose any problem. (Note: Lithium batteries are single-use batteries and lithium-ion batteries are the rechargeable kind.)

Lithium-containing batteries, when damaged. defective or used improperly, can present a fire and/or an explosion hazard.  Small items such as a laptop can typically have 6 lithium cells in them, while an electric vehicle can use 7,000 lithium-ion cells. This change in size greatly increases the risk and effects of a fire. If an electric vehicle catches on fire in your garage, you most likely do not have a way to deal with a 3,632° F fire.

Should I Really Worry About My Battery Catching on Fire?

If your battery stays intact, and does not allow moisture to get inside, or as long as there is not an issue with overcharging where the temperature runs away, you should be fine. The issue is that lithium and water don’t like each other. In fact, in its pure form, water causes lithium to react, sometimes violently, creating sparks and lots of heat, as well as hydrogen gas.

Lithium-ion batteries are a little different than the pure form of lithium in that they are filled with a lithium compound, and not pure lithium. Because of this, the material in many batteries are not quite as active with water. But when you have 7,000 cells in one place, if one catches on fire, a chain reaction can occur that you cannot control. Also fighting that fire with water may not be the best solution when water can cause it to react more.

This can be the same for industry. Lithium-ion batteries are being used in everything from pumps and instruments, to cars and equipment, hand tools, computer servers, and so many more products. Even your wireless mouse may have lithium-ion batteries.

If you just throw that away in the trash, not only are you potentially violating waste regulations and DOT shipping regulations, you may also be creating a fire hazard for the waste removal truck the landfill that it goes to.

DOT Issues Advisory Warning for Lithium-Containing Batteries

Recently DOT has found the issue with shipping lithium-containing batteries for recycle or waste has gotten out of hand. The Pipeline Hazardous Materials and Safety Administration (PHMSA), which is the HazMat division of the DOT, has issued a safety advisory on the dangers to help people out. The advisory warns that shippers and carriers need to take extra (and sometimes different) precautions when shipping damaged, defective or recalled lithium-containing batteries.

During recent compliance inspections, DOT inspectors have been finding improperly packaged and shipped lithium-containing batteries for disposal or recycling.  Some examples include:

  • Not packaging to prevent short circuiting
  • Mixing damaged batteries with others in the same packaging for recycling/disposal
  • Shipping pallets of batteries in boxes and drums with inappropriate package identifications

From a hazardous waste perspective, EPA recommends that lithium batteries be managed under the Universal Waste regulations.

Battery Disposal Rules – for Consumers

Regular citizens should take used, damaged, defective or recalled lithium-containing batteries to recycling facilities geared for accepting them, or your local household hazardous waste collection point. Do NOT throw them away with your other garbage.  If there is an item that’s recalled that has the battery in it, follow the manufacturer’s safety instructions and disposal instructions. Pay attention to any warnings.

Find an authorized provider to ship any lithium-containing batteries because they are considered to be hazardous materials.  When the post office asks if you are shipping hazardous materials, lithium-containing batteries makes that answer yes.

Battery Shipping and Disposal Rules – for Businesses

If you are a business, there are a number of regulations you need to follow to properly deal with lithium-containing batteries.  First, they can only be shipped by ground methods, so that’s by truck, rail or vessel. Overnight shipments or any shipment that could potential go via air methods are out of the question.

There are also specific regulations and procedures you need to follow to properly package, label and ship them.  There are regulations about the type of box you send them in because those packages must have special permits for this role.   There are special labels and markings that need to go on the packages and special ways they need to be packaged. Workers who will be participating in any function of the process are required to have proper training specific to their role, and that training is required every 3 years.  Emergency response information must also be included in the package process.

Training and Consulting Resource

iSi conducts hazardous materials shipping for businesses as well as conducts training to properly ship hazardous materials via ground, air, and vessel.  If you are a business that has question about how to deal with your lithium-containing batteries or if your workers need training, contact us today!

Need Help?

iSi can help with lithium battery issues as well as employee training!

Keith Reissig
Keith Reissig

Contributing:

Ryan Livengood

International Hazardous Materials Logistics Manager | EHS Regulatory Trainer

As a former corporate environmental, health and safety manager, Ryan has a vast experience in working with both environmental and safety compliance issues in multiple states.  His specialties include national and international dangerous goods transportation, hazardous waste, environmental compliance, industrial hygiene and safety compliance. He is also an ISO 14001 Lead Auditor.

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iSi’s Top 12 General Industry Safety Audit Findings

iSi’s Top 12 General Industry Safety Audit Findings

Safety regulations are enforced by OSHA, and in some states such as California and Indiana, by a state safety agency. How do you make sure you have your bases covered? A safety audit can determine your current status and what your vulnerabilities are. iSi’s general industry safety audits are conducted like a mock OSHA inspection for the 29 CFR 1910 general industry regulations. There is a wall-to-wall walkthrough, a records review of written programs, training programs, and past inspections, and interviews with employees.

Some of the below cited items start in the OSHA regulations, but detailed actions are prescribed by other regulations such as the National Fire Protection Association (NFPA) or American National Standards Institute (ANSI) Standards. Others are based on items we see our clients cited for in OSHA inspections which we have added to our audits.

The following are our top 12 specific findings we see most when we do our general industry safety audit.

12. Safety Showers and Eyewash Stations

Facility safety showers and eyewash stations are not being inspected on a regular basis.  1910.151(c) discusses suitable facilities, but ANSI standard Z358.1-2014 specifies weekly visual inspections of both showers and eyewash stations.

11. Lifting Slings

We find that often there is no formal program in place to conduct a periodic inspection of all lifting slings. This must be conducted annually. 1910.184 includes guidance on the use of slings and item (d) covers inspections.

10.  Machines

At number 10 is fixed machines. We find fixed machines are not securely mounted to the floor or the bench top to prevent them from “walking.” 1910.212 is the standard for all machines and machine guarding. Item (b) covers the anchoring requirements.

9.  Personal Protective Equipment (PPE)

PPE evaluations and hazard assessments must be conducted for each task. We find that these are either not conducted or not documented. The potential for workplace hazards must first be assessed and if PPE is needed, PPE must be selected, communication decisions must be communicated to affected employees and PPE must be fitted to each employee.

A written certification must be created which identifies the workplace evaluated, the person certifying the evaluation, the date the assessment was conducted, and signification that the document is a certification of hazard assessment.

These rules are found in 1910.132(d).

8. Fire Extinguishers

Are your fire extinguishers mounted too high, not mounted at all or are they blocked from access? 1910.157(c) is the standard which covers this issue.

7.  Emergency Lighting

Emergency lighting, in many locations, is not being tested every 30 days for 30 seconds or for 1.5 hours annually. Lighting can be found in Subpart E, Means of Egress, Maintenance, Safeguards, and Operational Features for Exit Routes, 1910.37(a)(4) and the NFPA 101 Life Safety Code 7.9.3.1.

6.  Lamps

We find that lamps less than 8 feet from the floor are not protected from accidental contact. Lamps need to be guarded and protected from accidental contact. This can be found in 1910.305(a)(2)(ix). Although a particular height requirement is not specified in this regulation, you should consider the reach of your tallest employees and length of the parts and/or tools being used in the area.

5.  Forklifts 

We see many issues with forklifts. The most common issue we find with forklifts no documentation of daily inspections, or no inspections being conducted. However, more recently we have been seeing issues with employees not wearing seatbelts, controls where the labeling has worn off, the use of non-factory attachments, and not updating data plates, tags and decals with revised capacity, and operation and maintenance data. Forklift standards are found in 1910.178.

4.  Grinder Wheels 

Machine guarding issues are a common item we see. One of the most prevalent ones relates to grinder wheels. The gap between the grinder wheels and the work rest plate should not be more than the maximum allowed 1/8 inch. The adjustable tongue guards shouldn’t be more than the maximum allowed 1/4 inch from the tongue guard. These regulations can be found in Subpart O, Abrasive Wheel Machinery, 1910.215(a)(4) and (b)(9).

3.  Electrical Panels 

With electrical panels, we often see the minimum required areas of clear space around the panels is not being maintained. Sufficient access must be maintained for safe operation, access, and maintenance. The rules, including a distance chart to help you determine proper clearances can be found in Subpart S, 1910.303(g).

2.  Hazard Communication

Within the hazard communication (hazcom) standard, there are requirements for secondary containers. We find many secondary containers of hazardous chemicals are not labeled correctly or have illegible writing on them. The regulation comes under the “labeling” section of 1910.1200. All containers, either primary or secondary, need to be labeled and contain product identifier and words, pictures, symbols or a combination of them. Portable containers, that is, containers you transfer chemicals to and intend for immediate use are not covered by this requirement.

1.  Access to Medical Records

The number one item we find in our audits relates to access to medical records. Employees are required to receive information on their access to medical records. This is required initially upon hire, and then annually thereafter. The regulations can be found in 1910.120(g)(1). Included with this requirement is notifying employees the existence, location and availability of records covered by 1910.120, the person responsible for maintaining and providing access to records, and each employer’s rights to access those records. As an employer, you need to keep a copy of 1910.120 and its appendices and make copies readily available, upon request, to employees.

This information can be covered within your annual training classes, or can be a written notice of information in an email, or a memo that is posted with your OSHA logs and other OSHA-required notices. The important part is that you document that you completed this requirement and how.

Where Do You Go From Here?

iSi can help you get a baseline on your safety compliance status by conducting a walkthrough. From there, we will create a matrix of issues we see with the corresponding regulatory standard. We can also help you prioritize the ones which are most critical to be taken care of.

Request a quote for a general industry safety audit today! Need more information about these issues?  Contact us at (888) 264-7050 or email us!

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OSHA Safe + Sound Site Provides Free Resources for Your Safety Program

OSHA Safe + Sound Site Provides Free Resources for Your Safety Program

OSHA's ssafe+sound week logo

What is Safe + Sound Week?

OSHA has designated August 15-19, 2022 as Safe + Sound Week.  It’s held each August to recognize workplace safety and health programs and to create awareness for worker safety, and OSHA provides a wide variety of resources, social media tools and other information to help you celebrate.

The Safe + Sound effort is focused on encouraging workplaces to have a safety and health program.  It says that your program needs to have three main goals:  Worker Participation, Management Leadership and a process for Finding and Fixing Hazards.  OSHA provides a wide variety of resources on its Safe + Sound website for each one of these areas to help you reach this goal.  These tools are available all throughout the year.  The Safe + Sound Week is an opportunity to highlight the successes you have been able to accomplish, and at the very least, give you a way to promote safety to your company and to the public.

Below is a list of tools available both to help you bring awareness during Safe + Sound week, and to help you strengthen your program throughout the year.

Resources:  Safe + Sound Week

OSHA’s Safe + Sound Week website gives you a wide variety of resources to help plan, promote and celebrate Safe + Sound Week to your employees and to the public.

Some of these resources include:

  • Register your company nationally as a participant and see who else from your state is participating
  • Examples of workplace events and activities to have at your facility
  • Shareable logos and badges
  • Social media toolkits and photo and content frames
  • Safety and Health Matters to Me thought bubbles for employees to complete
  • Banners for Facebook, Twitter and LinkedIn
  • Virtual meeting (Zoom) backgrounds
  • Shareable images that can be used for posters, bulletin board posts, or inclusion in your safety newsletters

Resources:  Strengthening Your Program Throughout the Year

OSHA’s Safe + Sound campaign website offers a number of educational flyers and guidance documents to help you strengthen your program throughout the year.   Some of these include:

  • Free webinars
  • OSHA Safety and Health Program Recommended Practices manual
  • ASSP Guidance Manual:  Keep Your People Safe in Smaller Organizations
  • Guidance documents and ideas
  • Worker participation worksheets and Better Safety Conversations worksheet
  • Leadership worksheets and challenge activities
  • Management safety pledge
  • Find and fix hazard identification tools

Certificate of Completion 

If your company would like to participate in Safe + Sound Week, you can sign up at https://www.osha.gov/safeandsoundweek/.  Your company will be added to the list of participating companies for your state.  Afterwards, you can download a certificate and a virtual challenge coin to recognize your organization.

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Warehouse Inspection Checklist

Warehouse Inspection Checklist

Why is warehouse safety important?

Warehouse managers have a difficult job. Not only do they need to keep their facility running smoothly, they need to ensure the safety of their workers, and facilitate warehouse operations.

According to the Occupational Safety and Health Administration (OSHA), warehouse managers face a number of potential hazards in their workplace, including unsafe use of a forklift, improper stacking, and unsatisfactory fire safety provisions. These line items plus many more will be included in an osha inspection.

How to use a warehouse safety checklist?

Maintaining compliance with industry safety standards is critical for any business, but can be especially difficult for small businesses. One way to ensure compliance especially before a company is required to do a formal safety audit is to use safety inspection checklists that are compliant with OSHA standards. iSi offers a checklist free of charge to help companies start their compliance journey.

Additionally, using pre-written checklists can help reduce the amount of time spent on safety inspections, allowing business owners to focus on their core operations. Finding a warehouse safety checklist is the first step to this process.

What should be checked during warehouse safety inspections?

Forklifts:

In any warehouse, forklift accidents are a major concern that can facilitate numerous hazards. Forklift operators need to be properly trained and aware of potential safety risks, especially while loading docks. In order to avoid injuries, it is important to maintain haulage equipment, make sure it is in good working order, never exceed 5 mph outside or in a warehouse, examine the area before driving a forklift, and perform regular checks on all equipment.

Docks and Dock doors

Injuries can occur when warehouse employees are struck by items or equipment falling from the dock or while loading dock doors, when the forklift runs off the dock, or when employees engage in “dock jumping.” It is important for the safety of workers to drive slowly, never go in reverse, and wear a hard hat. Ladders and stairs should meet OSHA’s guidelines, and “dock jumping” should be prohibited.

Material Storage

A good item to examine on the warehouse safety checklist is material storage. Warehouses are often dangerous places to work, as the slightest mistake can lead to a worker being injured. In order to keep workers safe, it is important that warehouses implement safety measures to prevent falls and other injuries from occurring. One such way to prevent falls and protect employees is by positioning items evenly throughout the warehouse and on storage racks.

This means that when workers walk through the warehouse, they will not have to navigate around large piles of boxes or other items. This is important for the safety of the workers. Placing heavier loads in lower distances will also help to keep workers safe, as it will be easier for them to maintain their balance when carrying heavy objects. Implementing these simple safety measures can help keep your workers safe and injury-free.

Charging Station

In the warehouse, one of the most important safety steps you can take is to identify hazards and know how to prevent them. According to OSHA, there are a number of things that you can add to your warehouse safety inspection checklist to maintain warehouse safety, including banning smoking and open flames, keeping an adequate inventory of fire extinguishers, and properly positioning forklifts before charging.

Chemicals

In order to be compliant with local, state, and federal regulations, it is important for warehouses to have safety data sheets (SDSs) on hand. SDSs are documents that contain all the relevant information about hazardous materials and chemicals, including its hazards, proper storage and handling, first-aid and firefighting measures, toxicological information, and more.

For warehouses that store hazardous chemicals, it is especially important to be up to date with all regulations. This is because hazardous materials and chemicals can pose a danger to employees if not handled properly. In order to prevent accidents, employees will need regular training and management should preform regular inspections.

Warehouses should make sure they have up-to-date SDSs for all of their chemicals. Having these documents on hand will help ensure a safe work environment and the warehouse is in good standing with all regulations.

Person lifting or handling

For employees who are performing regular lifting and handling of heavy objects, quick is not safe. Most cases of back pain are caused by strain or injury to the muscles, ligaments, or discs in the back. The good news is that these injuries can often be prevented by using proper lifting techniques as well as storing heavy or cumbersome items preoprly on storage racks.

Security System

As technology advances, more and more businesses are turning to warehouse security systems to protect their investments. With the installation of alarms and surveillance cameras near all access points, business owners can rest easy knowing that their facilities are under 24/7 monitoring. While there are many companies that offer these services, it is important to do your research before selecting a provider.

One of the first things you will want to consider when hiring a security company is their experience in servicing storage areas and other sensitive locations. It is also important to look at the quality of their equipment. In addition, the company should offer cloud storage so that you can access videos from anywhere at any time.

Finally, be sure to ask about the company’s customer service policies. You should expect 24/7 support in case of an emergency.

Fencing

Most people know that fences provide a layer of security by keeping unauthorized individuals out of a designated area. What many people don’t realize, however, is that fences also need to be routinely inspected in order to ensure they are still structurally sound and haven’t been compromised. Just as you would perform maintenance on your car or home, it’s important to inspect your fence on a regular basis and identify safety hazards to prevent any unwanted access or damage from happening.

Employees

Employees that can identify when something doesn’t seem right can be your best protection against potential security breakdowns. This should be a part of your hazard communication. Security breaches can happen anywhere, at any time, so it’s important to have a plan in place for how to handle them. That means having employees who are alert and paying attention to their surroundings, and who know what to do if something seems suspicious.

What are the most common warehouse safety hazards?

Fire Safety

A warehouse is a large, open space where goods are stored and processed. Because of the nature of their work, warehouses pose a unique fire risk. In order to ensure that your warehouse is as safe as possible in the event of a fire, it is important to take some precautions.

The most important thing you can do is make sure that your warehouse is well-marked with clear exit signs and that there are adequate fire extinguishers available. You should also store flammable materials in a safe place and make sure that wires are properly insulated. Having proper emergency exits, fire exits, and fire alarms can and will save lives as well as products.

Falls

It’s no secret that safety is of utmost importance in the workplace. Every employee should be aware of the proper safety protocols to follow in case of an emergency. In addition, it’s important to take measures to ensure the safety of employees while they are working.

This may include using safety railings, harnesses, and other protective devices. It’s also beneficial to cordon off uneven or damaged areas while repairs are being made.

Heavy machinery

Heavy equipment is often essential to completing construction or other tasks. However, working with this equipment can be dangerous if not done properly. It is important that you take the necessary precautions to ensure your safety and the safety of those around you when using heavy equipment. All vehicles

Some tips to keep in mind are: being aware of your surroundings, safely entering and exiting equipment, sustaining communication with other workers, using appropriate spotter signals, creating buffer zones, and workers knowing when to stop so that they are not in a dangerous situation.

Trip hazards

It’s no secret that the warehouse industry is a dangerous one. Every year, workers in a warehouse are injured and killed on the job because of common hazards. In an effort to reduce these numbers, it’s important for employers to be aware of the most common warehouse safety hazards and take steps to correct them.

One of the most common types of accidents in a warehouse is a slip or trip. This can be caused by many things, such as poor lighting, loose materials on the floor, spills, or uneven flooring.

To avoid these accidents, it’s important for employers to take steps to improve visibility and make sure that all surfaces are even and free of hazards. Implementing hazard signs and caution tape can also help increase awareness among workers.

Overexertion

What are overexertion injuries? For example, injuries caused by lifting, pushing, pulling, holding, carrying, or throwing objects all fall under the category of overexertion.

To help prevent overexertion-related accidents, your workers must receive proper safety training. In particular, learning how to lift and carry objects without injury is a vital part of warehouse worker training.

Carrying heavy items improperly can result in a number of different types of injuries: back strains and sprains, hernias, neck strains and sprains, shoulder strains and sprains. Injuries like these can keep your workers off the job for weeks or even months at a time. That’s why it’s so important to make sure your workers know how to safely lift and carry boxes and other items in the warehouse setting.

Falling objects

Working in a warehouse almost guarantees that some materials will be stacked on racks above everyone’s heads. Hard hats, hard hats, hard hats… is the number one thing every person should be wearing to prevent injury. Therefore, it’s possible for items to fall from those racks and cause injuries or get lost in the flue space. In order to prevent these things from happening, a safety protocol should be put into place.

That protocol should include the use of a safety harness, regular inspections of the racks, and employee training on how to properly stack materials.

Lack of Awareness

The biggest hazard in warehouse safety is lack of awareness. When you go through your warehouse safety checklists make sure your warehouse workers, co-workers, and managers are practicing situational awareness.

To help maintain this level of awareness, your team should know all current regulations and latest regulations as well as provide effective training to all workers. When you provide training make sure to include hazard communication with warehouse workers and take preventive measures to keep everyone safe.

If an incident arises, take immediate corrective actions and safety procedures, create reports of the incident and leave the warehouse in good condition.

How do warehouse inspections work?

Warehouse safety inspections, also known as warehouse audits, are an important part of maintaining a safe and efficient working environment in a warehouse setting for warehouse staff. By following a set of documented processes, employers can ensure employee safety, protect inventory from theft or damage, and optimize workflows and procedures. A warehouse safety checklist can help to guide warehouse workers through the necessary steps to complete an effective inspection. Inspections is a warehousing industry standard.

Conclusion:

Having a warehouse is an important part of any business, and it’s essential to make sure they are functioning properly. A warehouse inspection checklist can help you do just that.

A good inspection checklist will cover all the key areas of a warehouse, from the inventory to the security systems. It should also be customized to your specific needs, so that you can be sure nothing is missed.

A well-executed warehouse inspection can help you identify any potential problems before they become serious issues. It can also help you ensure that your warehouse is running as efficiently as possible, which can save you time and money in the long run.

Where Do You Go From Here?

iSi can help you get a baseline on your environmental compliance responsibilities and help you prioritize the ones which are most critical to be taken care of.  Request a quote for an environmental audit today!  Need more information about these issues?  Contact us at (888) 264-7050 or email us!

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OSHA’s Hexavalent Chromium Standard Case Study and Regs

OSHA’s Hexavalent Chromium Standard Case Study and Regs

iSi works with a number of different companies, and when we see results of regulatory inspections, we like to use them as examples to perhaps help give other companies some insight into what to do with their own compliance.  Quite a few companies are subject to OSHA’s Hexavalent Chromium Standard for either General Industry or Construction, so many that OSHA has had a National Emphasis Program for this for quite a few years.

The types of operations with hexavalent chromium exposures include:

  • Manufacturing of Aircraft, Stainless Steel, Paint, Chemicals, or Pre-Cast Concrete
  • Metal Finishing and Preparation
  • Electroplating
  • Painting or Sanding of Painted Parts
  • Welding of Stainless Steel
  • Iron and Steel Mills and Foundries
  • Printing
  • Construction
  • Chemical Mixing
  • Waste Handling
  • Tanning Leather
  • Handling Catalysts

OSHA Inspection Case Study

A metal finishing company that iSi works with has been working to comply with the hexavalent chromium standard, having iSi conduct their quarterly monitoring and issuing employee notices while the company handles the other elements of the program.  After an employee complaint, OSHA arrived onsite to look at hexavalent chromium compliance.   This is the type of company already on OSHA’s target list for the emphasis program.  The result of the inspection was three violations of the standard.

The first violation was for not having required change rooms.  The company did have a locker area for the employees to change at, and it was in a separate area behind their 3 paint booths.  OSHA found fault with this because there was no demarcation between where the paint booths ended, and the clean room began.  The contaminated portion wasn’t clearly marked.  There also wasn’t separate storage for protective clothing vs. street clothes, only the lockers.  A second violation was cited for this area because there was no sink in the immediate area for washing. OSHA decided the sink that was being used to clean up was too far causing potential contamination to areas outside the regulated area. These two items were cited together since they were part of the same portion of the standard, and the original fine was at a Serious level for $8,192.

The third item was a citation for finding hexavalent chromium in the break area.  There are no set limits on the amount of hexavalent chromium that can be found on surfaces.  Wipe samples indicated levels of 0.05 µg/m3, a very low level detected.  However, it was still enough to be detected and the company was fined for a Serious violation at $5,461.

The total fine was $13,653, which is OSHA’s minimum fine amount for any Serious violation.  With many violations, the company was given a chance to reduce the fine through an Expedited Informal Settlement Agreement, still leaving a violation of over $8,000.

So what are the hexavalent chromium standard’s rules for General Industry and Construction?

The Rules – General Industry
29 CFR 1910.1026

The permissible exposure limit (PEL) for hexavalent chromium is 5 micrograms per cubic meter (5 µg/m3) in an 8-hour time weighted average (TWA). There is also an Action Level that triggers parts of the standard that begins at 2.5 µg/m3.

Make an Exposure Determination

Companies are required to make an Initial Exposure Determination by conducting employee exposure sampling to determine your exposures, including enough breathing zone samples to characterize a full shift, do representative sampling for each shift the exposure can occur using the employee with the greatest potential exposure, or use other air monitoring, historical data and performance-oriented sampling.  If the results are at or above the Action Level, periodic monitoring is required every 6 months, and if they’re above the PEL, monitoring is required quarterly. Notify your employees within 15 business days of the results of monitoring, and if you’re above the PEL, you need to include what corrective action is being taken.

You’re not allowed to rotate employees’ job assignments in order to not meet the PEL requirements.

Establish Regulated Areas

Formally establish the area where employee exposures can be expected above the PEL and then clearly demarcate and label that area from the rest of the workplace to alert employees of its boundaries.  Limit access to this area to only authorized personnel. Regulated Areas can not be used for eating, drinking or smoking nor can any of these items be taken into a Regulated Area such as a pack of gum or cigarettes in an employee’s pocket.

Engineering Controls and PPE

Your first responsibility is to use engineering controls where possible, and if not feasible, reduce the levels as low as you can and then use personal protective equipment (PPE), such as respirators.  The aircraft industry is required to use engineering/work practice controls to reduce exposures to at least 25 µg/m3.  If employees are not exposed for more than 30 days/year, then this requirement does not apply.

Protective Clothing and Equipment (PPE)

Contaminated PPE and other waste and debris must be removed at the end of the shift or completion of tasks and placed into sealed, impermeable bags or containers.  No PPE leaves the workplace and can be laundered as long as those who are laundering are alerted to the harmful effects of hexavalent chromium, that it cannot become airborne and requires minimal skin and eye contact.  Remove contaminated PPE from the change rooms and ensure these bags and containers are properly labeled per Hazard Communication requirements.  PPE cannot be shaken or blown down to remove the dust.

Also, for EPA purposes, all waste material needs to have a waste determination and any debris or waste may be considered hazardous due to the chromium levels.  Make sure you have a determination for these materials.

Hygiene Areas

Provide changing rooms with separate storage for contaminated clothes and equipment and the employees’ street clothes.  Provide washing facilities, with employees washing prior to eating, drinking, smoking, chewing tobacco/gum, applying makeup or using the restroom.  Employees are not to do these activities within the marked off regulated area.  Any eating or drinking areas need to be as free of hexavalent chromium as practicable, and employees are not to wear contaminated clothing/equipment in those areas.

Housekeeping

All surfaces need to be as free as possible of hexavalent chromium.  Clean using wet methods or HEPA vacuums first, and only use dry shoveling/brushing/sweeping where the HEPA vacuum wasn’t effective.  No compressed air can be used to blow the dust.

Initial and Annual Medical Surveillance

Employees who exceed the Action Level must be provided, at no cost to the employee, initial and annual medical surveillance for those with the following situations:

  • Greater than 30 days of exposure (within 30 days for initial, then annually)
  • Exposure in an emergency (within 30 days)
  • Those exhibiting symptoms of exposure (within 30 days)
  • Those terminated (if exposed within past 6 months)

Hazard Communication (Hazcom) and Training Requirements

Include hexavalent chromium in your Hazcom program, including container labeling, SDSs, and training.  Training for hexavalent chromium needs to include all of the requirements of the standard as well as provisions for medical surveillance.

Recordkeeping

You must keep records of your air monitoring data (who – names and job positions, when, where, method used, results, PPE used, other data used) as well as medical surveillance records and training records.

Most Hexavalent Chromium Exposures – General Industry

Electroplating – Hard chrome plating, decorative chrome plating, anodized chrome plating when placing and removing products into and from the bath, rinsing with water, and replenishing bath with chromate solution or powder.

Welding – Welding stainless steel, welding in confined spaces on stainless and carbon steel, indoor welding without engineering controls. Exposures come from welding fumes generated from the base metal and applied coatings, electrode coatings, high-chromium nickel alloy electrodes and chromium-containing filler metals.

Painting – Spray painting, abrasive blasting for the removal of chrome containing paint/primer, sanding or grinding on chrome-covered materials. Hexavalent chromium found in paint include strontium chromate and zinc chromate, and even the blasting grit will contain paint waste-containing chrome.

Foundries, Steel Mills, Molten Metal Operations — Furnace and crane operations, molten metal pouring and transfer, tapping, surface conditioning, hot rolling, torch cutting and gouging, and welding.

The Rules – Construction
29 CFR 1926.1126

The hexavalent chromium rules for the construction industry are pretty much the same as those in general industry, with the following exceptions:

  • Employee notices of monitoring must be provided to employees within 5 days rather than 15
  • The sections on Regulated Areas and Housekeeping are not included in the construction standard.

Most Hexavalent Chromium Exposures – Construction

Painting and Surface Operations – Removal of chromate-containing paint and primer for surface preparation of existing steel (bridges, water towers, and industrial buildings), abrasive blasting and equipment maintenance for site cleanup following abrasive blasting.

Welding and Thermal Cutting – Welding stainless steel and welding in confined spaces or indoor conditions, for both stainless steel and carbon (mild) steel (industrial piping and vessels; architectural facades; constructional structures; boilers; indoor architecture; petrochemical structures; shipbuilding; and turbine blades.), brazing, thermal cutting and boilermaker work.

Concrete Operations – Certain mixes, such as Portland Cement, are know to contain hexavalent chromium and operations such as mixing, pouring or cutting dry cement may release the chromium to the air and become a breathing hazard.

What does your hexavalent chromium area look like?  Are you following the regulation requirements and monitoring your employees?  iSi works with many companies who are required to comply with this standard, so we’re well versed in how to help.  Contact us today!

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OSHA Compliance Checklists

OSHA Compliance Checklists

OSHA Compliance Checklists

What is a OSHA compliance checklist?

From large corporations or small business owners, a safety checklist is a tool that can be used to identify potential hazards in any given situation. OSHA provides a variety of checklists for different industries and applications, each of which can help to ensure the safety of workers and others in the area. Some may also know this as an OSH act. Some of these OSHA checklists include occupational safety checklist, OSHA inspection checklist, self inspection checklists, inspection checklists, osha inspection checklists.

By taking the time to review these checklists and implementing them into your safety procedures, you can help to create a safer workplace for everyone involved.

What is the OSH Act?

The Occupational Safety and Health Act has been successful in helping to identify workplace hazards improving workplace safety and health conditions around the country. OSHA standards have prevented countless injuries, illnesses, and deaths. However, there is always room for improvement. employers and workers need to continue to work together to identify and address potential hazards in the workplace.

The Occupational Safety and Health Act is a law passed by the U.S. Congress in 1970 to ensure safe workplace conditions around the country. It established the federal Occupational Safety and Health Administration (OSHA), which sets and enforces workplace health and safety standards. The OSH Act covers all private sector employers and employees, as well as some public sector employers and employees. The act covers workplaces that are under federal jurisdiction, such as those in interstate commerce or those that are part of the federal government.

The Occupational Safety and Health Act has been successful in improving workplace safety and health conditions around the country. OSHA standards have prevented countless injuries, illnesses, and deaths. However, there is always room for improvement. Employers and workers need to continue to work together to identify unsafe work practices, address recognized hazards in the workplace, and develop effective safety policies. By doing so, we can make sure that all workplaces are safe and healthy places to work and uphold industry standards.

What should you include in OSHA compliance checklist and the OSHA inspection checklist?

1. Fire protection equipment-sprinkler alarm systems, access to equipment, fire extinguishers, hoses, hydrants, fire alarm system, fire doors, local fire department contact information, portable fire extinguishers

2. Buildings- floors, stairs, roofs, walls, elevators, windows, doors

3. Hazardous products-toxic/health hazards, biohazardous infectious, bloodborne pathogens, environmental, flammable, explosive, oxidizing, gases under pressure, corrosive

4. Electrical switches-grounding, connections, electrical systems, breakers, cables, outlets, connectors. Be sure to rid the area of electrical hazards, hazardous chemicals, and hazardous energy.

5. Environment-gases, fumes, sprays, lighting, noise, ventilation

6. Hand tools-saws, power tools, wrenches, screwdrivers, explosive actuated tools

7. Containers-disposal receptacles, barrels, scrap bins, carboys, gas cylinders, solvent

8. Materials handling-hoppers, carts, dollies, bins, etc.

9. Production equipment-presses, lathes, robotics, mills, shapers, cutters, borers

10. Pressurized equipment-tanks, piping, hoses, couplings, valves, hydraulics, etc.

11. Personal protective equipment-safety glasses, respirators, gloves, hard hats, etc.

12. Personnel support equipment-ladders, catwalks, staging

13. Powered equipment-compressor equipment, engines, electrical motors, industrial trucks

14. Storage facilities-shelves, cabinets, closets, yards, floors

15. Walkways and roadways-aisles, ramps, docks, vehicle ways, confined spaces, permit required confined spaces

16. Lifting components-handles, eye-bolts, lifting lugs

17. Safety devices- emergency switches, cutoffs, mirrors, sirens, signs

18. Controls-start up switches, speed controls, manipulating controls

19. Protective guards-guards, railings, drives, chains, gear covers, pulleys, belt screens, work station

20. Hygiene & first aid facilities-washrooms, health poster, safety showers, eye wash stations, first aid supplies, illness data or illness records, self inspections etc.

21. Psychosocial hazards-workload (pace of work/too much/too little), hours of work, fatigue, issues that interrupt concentration, excessive noise, poor communication and work practices, conflicting demands, working in conflict with others, working in social isolation, or working alone and implemented health program.

What are 6 OSHA inspection checklist priorities?

  1. The Hazard Communication Standard (HCS) is designed to protect employees who may be exposed to hazardous chemicals in the workplace. The standard requires employers to prepare and implement a written Hazard Communication Program and to comply with other requirements, such as providing employees with information and training on the hazards of chemicals in the workplace.The HCS applies to all employers with employees who may be exposed to hazardous chemicals or identify hazards in the workplace. Employers must ensure that their Hazard Communication Programs are up-to-date and meet the requirements of the standard.
  2. An emergency action plan is a key element of any workplace safety program. OSHA recommends that all employers have an emergency action plan in place to ensure the safety of employees in the event of a fire or other emergency.A plan is mandatory when required by an OSHA regulations standard and are important to OSHA inspectors. An emergency action plan should be designed to meet the specific needs of the workplace and should have routine inspections to ensure it remains effective.The purpose of an emergency action plan is to provide a framework for responding to a range of emergencies, including fires, chemical spills, hazardous substances, power outages, and natural disasters. The plan should detail the steps that employees should take to evacuate the premises safely and quickly in the event of an emergency.
  3. Fire protection and safety is an important part of job safety. OSHA recommends that all employers have a Fire Prevention Plan. A plan is mandatory when required by an OSHA standard.There are a number of elements that should be included in a Fire Prevention Plan. These include:-Identifying potential fire hazards in the workplace-Developing procedures for preventing and responding to fires

    -Training employees in fire safety procedures

    -Conducting regular fire drills

    -Implement a health program and safety related work practices

    By taking these steps, employers can help ensure the safety of their employees in the event of a fire.

  4. Employers must comply with OSHA’s requirements for exit routes in the workplace. This includes providing safe and unobstructed exits, maintaining exit routes, and ensuring that employees can safely evacuate in an emergency.Exit routes must be designed and constructed to provide a means of egress from the workplace in the event of an emergency. There are three basic components to an exit route:-The path of travel to the exit-The exit itself

    -The path of travel to the assembly point outside of the building

    Employers must also provide signs and lighting that clearly mark the exit routes, and keep them clear at all times. In addition, employers must train employees on how to use exit routes safely. Fewer employees makes this process more difficult. It is important to uphold industry standards. It is also smart to have employee representatives or a safety committee help build employee exposure to emergency response in the workplace.

  5. Walking/working surfaces are one of the leading causes of serious work-related injuries and deaths. OSHA issued a final rule on November 18, 2016 on walking-working surfaces and personal fall protection systems to better protect workers in general industry from these hazards by updating and clarifying standards and adding training and inspection requirements.Some of the key provisions of the final rule include:* Requiring employers to evaluate the workplace to identify hazards and select appropriate fall protection measures* Providing specific training requirements for employees who work on walking/working surfaces

    * Adding new requirements for the use of personal fall protection systems

    * Clarifying when guardrail systems, safety net systems, or personal fall arrest systems must be used as fall protection

  6. OSHA requires employers to provide medical and first-aid personnel and supplies commensurate with the health hazards of the workplace. The details of a workplace medical and first-aid program are dependent on the circumstances of each workplace and employer.Employers, especially in general industry, must ensure that their employees have access to medically trained personnel and supplies at all times. Employees should be aware of the location of these resources, and how to access them in an emergency. First aid kits should be easily accessible, and employees should know how to use them.In addition to having access to medical personnel and supplies, employers must also ensure that their workplaces are safe. This includes providing adequate ventilation, controlling exposure to hazardous materials, personal protective equipment, and maintaining a clean and orderly work environment. A simple safety and health program should include topics such as these.

How should you and your team prepare for an OSHA audit?

The Occupational Safety and Health Administration (OSHA) can conduct an OSHA inspection at any time, without advance notice. Therefore, it’s important to always be prepared for OSHA inspection with a checklist. Here are some ways you can get ready:

1. Keep up with OSHA standards and requirements. Make sure you are aware of all the latest changes and updates.
2. Review your safety procedures regularly. Conduct a self audit on your own, and identify any areas that need improvement. CREATE A SELF-INSPECTION CHECKLIST. Follow up with regular inspections of your audit findings.
3. Educate your employees on OSHA standards and your company’s safety procedures. Make sure they know how to properly handle potential hazards.
4. Be proactive in addressing any safety concerns that arise. Don’t wait for an OSHA inspector to point out problems – address them as soon as possible.

With a self-inspection checklist, you can be confident that you and your team are prepared for an OSHA inspection and attain OSHA compliance.

What triggers an OSHA audit?

There are several things that can trigger an OSHA audit, including:

-Workplace fatalities
-Reportable serious injuries (hospitalization, amputation, loss of eye)
-Employer reporting of these incidents within 8 hours (which always triggers an inspection)
-Complaints from employees or other individuals about safety hazards at the workplace
-Inspection of similar workplaces in the same industry (targeted inspections)
-Previous citations for safety violations

If any of these things occur, it’s possible that OSHA will show up to audit your workplace. It’s important to be prepared for an inspection and to have all of your safety documentation in order.

What are the 4 areas to check during a safety audit?

There are four areas that should be checked during OSHA inspections: regulatory and best industry practice requirements, program requirements, compliance documentation, and employee training. By answering these questions, you can ensure that your safety program is comprehensive and effective for any company in general industry.

Conclusion:

Having and maintaining a well-developed safety and health program for your company in general industry should always be a priority along with OSHA checklists Now that you have seen a few examples of safety checklists, you can start to see how they can be useful in identifying potential hazards. Remember, these are just a few examples – there are many different types of checklists available, so be sure to find one that is relevant to your industry and workplace. The most important thing to a company is the safety and health of the employees. By taking the time to review and implement a safety checklist and self-inspection checklist for employees, you can help to create a safer environment for everyone involved. Thanks for reading!

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Do you need an idea of where you stand with EPA or OSHA regulations?  Do you need full-time or temporary personnel to manage the day-to-day compliance tasks?  Would your employees benefit from onsite environmental training?  Our team of environmental consultants, safety consultants and industrial hygienists would love to help. Call (316) 264-7050 today!

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Health and Safety Checklist: What You Need To Know

Health and Safety Checklist: What You Need To Know

What is a safety checklist?

Safety inspection checklists are an important part of any safety inspection program. By using a safety checklist, safety professionals can identify potential hazards in the workplace and take steps to mitigate those hazards.

Each workplace has its own set of unique hazards, and it is essential that health and safety professionals be able to select the appropriate checklist for their specific workplace in order to ensure full compliance with all applicable safety standards.

There are a wide variety of OSHA-approved checklists available for use by safety professionals, and each checklist is designed for a specific industry or application. Some of the most common types of checklists include: chemical processing, electrical work, construction, maritime operations, and agricultural operations.

What should be included in safety inspection checklists?

Housekeeping inspection:

Maintaining a clean and healthy work environment is essential for the safety of employees. A housekeeping inspection checklist can help employers ensure that their workplace health is up to code with regard to health and safety regulations.

The checklist contains a variety of items related to cleanliness, sanitization and personal protection practices, which can be applied to a range of industries. Professionals may use the checklist to maintain a particular level of health regulation on their work site. The housekeeping inspection checklist may be especially helpful for those professionals working in food services, healthcare and manufacturing industries.

Self-inspection for general industry:

Safety checklists are a critical component in any workplace for any company. No matter what industry you work in, it’s important to have a safety checklist to make sure you are adhering to all the necessary safety standards. In some industries, such as construction, there are more regulations in place that dictate what safety measures must be taken.

However, in other industries, such as general industry, there may be less regulation and workers may not be as familiar with safety best practices. That’s why it’s important for every workplace to have their own self-inspection checklist tailored to their specific industry.

One great resource for creating a self-inspection checklist is the General Industry Safety Standards Checklist from OSHA. This checklist includes a wide variety of items that should be checked for safety compliance in general industry workplaces. Some of the items are similar to those found on the construction self-inspection checklist, but there are many more general items included as well. Having this comprehensive list available can help professionals ensure that their workplace is safe for employees.

Self-inspection for construction:

Construction workers have one of the most dangerous jobs in the world. Every day, they face potential injuries from heavy equipment, falling objects, and hazardous materials. In order to minimize these risks, construction companies have safety protocols in place that employees are required to follow. A large part of following safety protocol is having a well-organized and comprehensive safety checklist.

The purpose of this safety checklist is to provide a comprehensive overview of all the items that should be considered when implementing a health and safety plan for a construction site. Not every item on this list will apply to every work site; instead, it is meant as a general guide for safety management on construction projects. Some of the topics covered by this checklist include: personal protective equipment (PPE), first aid kits and supplies, fire prevention, and chemical handling.

Each section of the document contains specific details about what needs to be done in order for employees working on the construction area to stay safe. It is important for both management and employees alike to familiarize themselves with this checklist so that everyone understands their role in keeping everyone safe while on the job site.

Personal protective equipment (PPE) inspection:

The PPE inspection checklists are comprehensive resource that can help professionals identify potential hazards in the workplace. The checklist contains a variety of items, including those that relate to compliance with providing, maintaining, using and updating equipment that protect employees from occupational hazards such as safety glasses, gloves, and suits for proper ventilation.

While many industries use the PPE safety inspection checklist in conjunction with others, it is an important tool for workplaces looking to provide employees with additional protection from potential risks.

Electrical inspection:

It’s no secret that electrical safety is a critical issue in many industries. In fact, electrical accidents are one of the leading causes of workplace fatalities in the United States. The electrical inspection checklist is a valuable resource for professionals in any field who want to ensure the safety of their employees and coworkers.

The electrical inspection checklist pdf includes organization, exposure, consistency, any potential explosive, hazardous substances and chemicals. Some of the most important items on the list include guidelines for proper storage of materials and ensuring that electrical infrastructure is up to code and having fire extinguishers on hand. By following these guidelines, professionals can rest assured knowing that they have done everything possible to create a safe work environment.

Truck safety inspection:

It’s no secret that vehicular accidents can cause serious delays, not to mention fatalities. What may be less known is the fact that many of these accidents could be mitigated with a simple safety inspection checklist.

Professionals in transportation and supply management industries can use this checklist to maintain the safety of long-haul and delivery vehicles. The checklist includes items that relate to the evaluation and maintenance of a vehicle’s viability and condition, which may help identify potential mechanical issues for repair and maintenance. Ultimately, this may mitigate accidents, incidents, and transportation delays.

Fall protection:

The Fall Protection Safety Inspection Checklist is a comprehensive document that covers all the necessary items related to fall protection. The checklist can be used by professionals in various industries, but is especially beneficial for construction workers who navigate high scaffolding and elevated structures on a daily basis.

The checklist contains specific sections for Fall Arrest Systems, Fall Restraint Systems, Fall Prevention Plans, and more. Each section includes a variety of tasks or steps that should be completed in order to ensure safety. Areas to focus on are floors, stairs, platforms, storage in facilities, and more.

What is a risk assessment?

Risk assessments are critical process in ensuring the safety of people, property, and the environment. By identifying hazards and assessing the risks associated with them, Risk assessors can develop mitigation plans to control or eliminate potential dangers. While Risk assessment is often thought of in terms of industrial or workplace safety, it is also an important tool for personal safety and security.

What are the 5 things a risk assessment should include?

  1. Identifying hazards and potential hazards
  2. Assess all risks including situational
  3. How to control and manage the risk
  4. Record your findings and outcomes
  5. Review and maintain controls

What are safety records?

‘Safety records’ or reports are documented occurrences of the safety management processes and activities, safety recommendations, related remedial actions and their follow-up.

What type of records are required for health and safety checklist?

OSHA Form 300, OSHA Form 300A, and OSHA Form 301.

Conclusion:

Inspections are important. It is widely accepted that safety checklists are an important part of any safety inspection program. A well-constructed safety checklist can help safety professionals identify potential hazards in the workplace and take steps to mitigate hazards. However, not all workplaces are the same, and it is essential that health and safety professionals be able to select the appropriate checklist for their specific workplace in order to ensure full compliance with all applicable safety standards.

How can we help you?

If you need help determining which plans apply to you, need help writing one of these plans, or just want a review, contact us!

Call (316) 264-7050 today!

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Personal Protective Equipment (PPE): The Basics

Personal Protective Equipment (PPE): The Basics

What is Personal Protective Equipment (PPE)?

PPE is essential in protecting workers from potential harm and is mandatory in many industries. Employers must provide PPE to all their employees free of charge if they are likely to be exposed to hazards during work. The different types of PPE used depend on the risk assessment carried out by the employer, which will determine the level of protection needed for each individual employee.

Common examples of PPE include safety helmets, gloves, safety goggles, ear defenders and respirators. In some cases, employers may also need to provide fire retardant clothing or specialist footwear such as steel toe capped boots.

It is important that employers follow guidelines set out by regulatory bodies when providing PPE, as failure to do so could result in serious injury or even death. It is also important that employees use the PPE provided correctly and understand the associated risks of not doing so.

What different industries require PPE?

Transportation

The most common type of PPE used by truck drivers are:

  • Safety glasses or goggles
  • Steel toe boots
  • High visibility clothing

It is important to be aware of any hazardous materials that you may come into contact with while making a delivery and to make sure that you are wearing the appropriate PPE. In some cases, full-body suits may be necessary to protect against hazardous materials.

Chemical

  • Face shields/Face mask
  • Respiratory protective equipment
  • Chemical splash goggles
  • Gloves
  • Aprons/Overalls

PPE should always be used where there is a risk of exposure or contamination of corrosive liquids. It is important to ensure that PPE is appropriate for the task, fits properly, and is maintained in good condition. To determine appropriate types of PPE, it may be necessary to have a qualified person assess the nature and extent of potential hazards.

Food

  • Gloves
  • Safety glasses
  • Face shields
  • Hairnets

PPE is an essential part of any restaurant, cafe, or bar staff’s uniform and should be worn at all times while on the job. Employees who don’t wear the right PPE can easily get injured from sharp knives or hot dishes, increasing both their risk of harm and the potential liability of their employer.

Healthcare

  • Gloves
  • Gowns
  • Eye protection
  • Disposable N95 respirators, surgical masks, face shield

PPE for healthcare workers is essential for occupational safety. The CDC (Center for Disease Control) recommends gloves, gowns, eye protection, and face shields/masks as the basic requirements for any and all healthcare workers.

Wearing PPE such as basic respiratory protection, protective clothing, a surgical mask, protective eyewear, and lab coats, when worn correctly, can significantly help prevent workplace hazards and biological hazards, thus helping protect workers and health workers.

Oil and Gas

  • Eye protection
  • Hearing protection
  • Hand/Foot protection
  • Flame-resistant clothing
  • Gas detection monitors

Essential PPE for oil and gas workers significally reduce employee exposure to physical hazards present as well as notify them on things they cannot see.

Automotive

  • Peripheral safety goggles
  • Cut-resistant gloves

Peripheral eye protection is especially important in the Automotive Industry, as liquids like fuel and oil can drip down the face, and working in dusty environments with fiberglass, or metal fragments can work their way around non-sealed safety glasses.

Sealed glasses and goggles provide the best protection against such hazards while allowing unrestricted vision to perform service tasks. Motor vehicle technicians and mechanics should always wear proper eye protection whenever doing repairs, as the risks of serious injury or permanent vision damage are simply too great to ignore.

It is also important for anyone working in an automotive environment to get regular vision exams to ensure that any issues can be caught and treated early. Cut-resistant gloves will help prevent skin damage and skin hazards.

Construction

  • Protective gloves
  • Hearing protection to prevent occupational hearing loss
  • Full face shields when cutting, grinding, or chipping
  • Goggles for chemical splashes
  • Proper respiratory equipment and protection
  • Fall protection equipment when working above 6 feet

In addition to these PPE requirements, all construction site employees must be aware of the site-specific health hazards associated with working on a construction or renovation site. Employees should know what types of hazardous substances are present and how they can protect themselves.

Appropriate PPE such as respirators, gloves, boots, and chemical protective clothing may need to be worn depending on the particular job site. Make sure that you understand all safety procedures before beginning work and follow them at all times.

It is the responsibility of each employee to take appropriate steps to protect themselves from any potential harm.

Finally, make sure that you report any unsafe conditions or practices immediately to your supervisor or the project manager in charge of the site. Safety first – always!

Manufacturing

  • Gloves
  • Hard hat
  • Goggles
  • Full-body suits
  • Face shields

When working in a manufacturing facility, it is important to wear the proper personal protective equipment (PPE) to protect yourself and protect employees around you.

This includes gloves, protective hearing gear, hard hats, goggles, respirators, and full-body suits. Wearing PPE can help protect you from various hazards in the workplace. Some facilities may require using a self contained breathing apparatus or powered air purifying respirators as well as other equipment designed for a specific purpose.

What are some examples of PPE?

Masks and Respiratory Protective Equipment

When choosing a respirator, it’s important to understand the differences between APRs and ASRs. Air-purifying respirators (APRs) filter out contaminants from the air that is breathed through them. These types of respirators are most effective when used in environments with low levels of contamination, since they are unable to protect against high concentrations of airborne contaminants. Some examples are:

Protection for the Face and Eyes

Eye and face protection is important in any workplace setting to not only protect against eye injuries, but also for ensuring optimal employee productivity. Depending on the work environment and tasks that need to be completed, there are four primary types of eyewear available to help minimize risk.

General safety goggles are designed with side shields that provide a greater area of coverage, and some models may even include a wraparound frame. They are suitable for most workplace conditions, including those with light debris or dust particles in the air. Another example of safety goggles is laser safety goggles.

Head and Shoe Protection

Wearing a hard hat with a chin strap is the best way to ensure that an employee’s head remains protected when working in hazardous situations. The chin strap will keep the hat secured and prevent it from falling off in case of a fall or other accident. Hard hats must also be inspected regularly for any cracks, dents, scratches, punctures or other signs of damage.

Damaged hard hats must be replaced immediately to ensure an employee’s safety. Employees should also check the fit of their helmet before beginning work. A well-fitting hard hat will provide maximum protection and comfort for employees working in hazardous conditions. Safety equipment can only help you if you use it properly.

Gloves

Different types of gloves include: Leather, Canvas or Metal Mesh Gloves, Fabric and Coated Fabric Gloves, Chemical- and Liquid-Resistant Gloves, and Insulating Rubber Gloves. Gloves are used in many different scenarios and provide protection against anything from infectious materials, contaminated body fluids, bloodborne pathogens, and bacterial contaminants, to physical hazards such as cuts and abrasions.

What is required for OSHA standards for PPE?

Employers should assess the workplace to determine if PPE is necessary. If it is, employers should provide employees with appropriate protective equipment and ensure its use. Employers must also make sure that the protective equipment is well-maintained and kept clean.

Additionally, employers must train employees on how to properly wear and care for their eye and face protection in order to ensure its effectiveness. Employees should also be informed about potential hazards in their work environment, as well as any limitations of the protective equipment they are using.

If an employee needs prescription lenses while wearing safety glasses, employers may have additional requirements to meet OSHA standards. It is important to note that non-prescription safety glasses do not provide adequate protection against hazardous materials.

Employers should ensure that employees who require prescription lenses have access to appropriate protective equipment and can safely perform their job duties without endangering themselves or others.

If an employer has determined that protection is necessary, they must also provide employees with a copy of OSHA’s standard 1910.133 which outlines the requirements for protection in the workplace.

This document contains detailed information on types of hazards, selection criteria, performance requirements, instructions for use and care, as well as other helpful information employers need to know when providing appropriate face protection to their employees. The World Health Organization and OSHA reiterate that employees must wear PPE and proper equipment in order to protect them properly.

Why do you and your employees need PPE?

  1. Liability

  2. Long-term issues

  3. Keep what you got!

  4. Increase quality work environments

Conclusion:

When it comes to workplace safety, personal protective equipment (PPE) is an essential piece of the puzzle. PPE protects workers against hazards in the environment that could cause physical harm or injury. Industries such as manufacturing and mining are particularly hazardous, and effective use of PPE can help prevent accidents and injuries from occurring.

To ensure maximum protection, it is important that workers always wear the correct type of PPE for the job they are doing. This could include safety glasses, gloves, hearing protection, hard hats and other items that are designed to protect against specific hazards.

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Laboratory Safety Checklist

Laboratory Safety Checklist

What You Need To Know:

What is a safety audit checklist?

A safety audit checklist is a document used by companies to ensure their workspaces are compliant with industry health and safety standards.

The purpose of a safety audit checklist is twofold: first, to ensure that all areas of potential danger have been identified and addressed; and second, to provide a record of due diligence in the event of an accident or injury.

Many companies use safety audit checklists as part of their regular safety program, while others only implement them in response to an incident.

What should be included in a lab safety checklist?

Lab safety is of utmost importance in any laboratory setting. A lab safety checklist helps to identify and minimize chemical, biological, physical and radioactive hazards present in a laboratory facility.

It helps ensure that the laboratory complies with environmental standards to prevent overexposure to hazardous chemicals, injuries and respiratory-related illnesses or fatalities.

What are the 5 major areas of lab safety?

Cuts:

Laboratory accidents are one of the most common types of workplace accidents. In severe cases, nerves and tendons may be severed.

Often, these injuries occur as a result of attempting to force a cork or rubber stopper into a piece of glass tubing, thermometer or distilling flask thus the result can be broken glass.

To prevent this accident from occurring, workers should make a proper-sized hole, lubricate the cork or stopper, and use gentle pressure with rotation on the glass portion along with any removal of broken glass after an incident.

Toxic fumes:

Chemical fumes can be extremely dangerous, and it is important to take the necessary precautions when working with them especially while working inside. Fumes can cause serious health problems if they are inhaled, so it is important to make sure there is proper ventilation in the lab and to maintain a safe distance when pouring chemicals. Fumes can also be an environmental health issue.

Skin Absorption of Chemicals:

It is important to be aware of the physical injuries that can occur in the laboratory. Chemicals can cause burns, and even if they are not corrosive, exposure can cause allergic reactions or other problems if absorbed by the skin. This can cause acute or immediate effect on the person.

Remember that gloves may be permeable to certain chemical reagents – even without visible deterioration – so trade out any gloves that have come into contact with such chemicals for a new pair immediately. Never touch your face or eyes until your hands are clean of all chemicals or solvents.

Explosions and fires:

In a lab, it is important to be aware of the dangers of flammable liquids. Vapors can travel long distances and may ignite if they reach a flame or spark. Be sure to keep a fire extinguisher on hand and ensure each individual in the laboratory knows its exact location to prevent fires from spreading.

The appropriate personal protective equipment (PPE), like a flame-resistant (FR) lab coat, should also be worn.

Chemical or thermal burns:

Chemicals are an important part of laboratory work. They can be used to create reactions or to purify substances. However, they also can be dangerous if not handled correctly. Burns, chemical spills, and unsafe laboratory conditions are all potential hazards and you should immediately report any incident with you chemical or thermal burns.

It is therefore important to exercise caution when working with chemicals and to always wear the appropriate personal protective equipment (PPE).

What are the major overlooked lab safety issues and hazards?

Ergonomic safety:

Musculoskeletal disorders or MSDs are a serious problem in the workplace, and they can be caused by many different things.

One of the most common causes is repetitive awkward postures, which can occur when employees are not properly trained on ergonomics safety. This type of injury can lead to discomfort and loss of productivity, and it is important for employers to take steps to prevent them.

Laboratory waste disposal:

One of the most important aspects of ensuring a safe and healthy work environment is properly managing hazardous waste. Improper disposal of these materials can have serious consequences for both employees and the environment.

Pathogenic diseases and chemical reactions are just two examples of the many dangers posed by hazardous waste if it is not handled correctly. By implementing a comprehensive waste management program, employers can mitigate many of these risks.

Dress code safety:

Proper dress codes can be overlooked when trying to protect students and protect employees. In order to maintain a safe laboratory environment, adding the dress code to the daily lab checklist is a must.

Employees must ensure all safety equipment including goggles, face shields, safety gloves, body, and respiratory protection are in good condition before entering the laboratory.

Proper labels:

Labels are an important part of, not only general safety but also laboratory safety. Putting a proper label on gas cylinders or any substance that is harmful will ensure compliance and meet laboratory standards which will eliminate lab risks.

Record of an incident:

Another overlooked issue that should be on the lab maintenance checklist is proper record-keeping. You should be keeping records of the following: Damaged equipment, equipment malfunction, toxic contamination, radioactive materials leaked, chemical exposures, chemical spills, laboratory cleanliness, maintenance of labs, and any other issues along with the person responsible.

Conclusion:

Laboratory safety, chemical safety, biological safety, radiation safety, and general safety begin with a proper checklist. Starting with regular self inspections can help tremendously but don’t shy away from outside help if you feel you need it. Safety officers and safety consultants can help you with basic requirements for you laboratories, maintain laboratory health, help you achieve a good inspection checklist, cultivate emergency procedures, and ultimately prevent laboratory risks to help you avoid unwanted legal action again your company. Following tips safety consultants provide is paramount. Maintaining a lab, keep it in peak condition, and keeping employees safe is always the utmost priority.

Need Help?

Contact us!

Do you need an idea of where you stand with EPA or OSHA regulations?  Do you need full-time or temporary personnel to manage the day-to-day compliance tasks?  Would your employees benefit from onsite environmental training?  Our team of environmental consultants, safety consultants and industrial hygienists would love to help. Call (316) 264-7050 today!

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Trailer Safety

Trailer Safety

Trailers are often used in the workplace — by operations personnel down to even the sales department who may move their exhibits from show to show.  The construction industry uses a lot of trailers to move equipment. 

With the summer season, our employees may be using trailers to haul boats, ATVs, campers, or extra large smoker grills.  U-Hauls can be rented by anyone for moving from house to house or to move a kid to or from college, to haul cars or other items.

Here are some trailer safety tips to help avoid a potential accident:

  • Choose the right tow vehicle and trailer for the load. Review the tow capacity and ensure it’s capable of handling the weight of the trailer and what you’re going to be towing on it.  Exceeding the capacity can severely affect handling, braking and damage your vehicle’s suspension. Check the hitch for the maximum trailer and maximum tongue weights it can safely support.
  • If you’re going to be carrying additional loads or passengers in the vehicle, check the gross vehicle weight rating issued for your vehicle and make sure the load will not exceed that rating, nor that the combination of the trailer and vehicle weights will be exceeded.
  • Make sure you have the proper hitch ball for the trailer. Incorrectly sized hitch balls are the #1 cause of trailer accidents.
  • When hauling loads, 60% of the load on the trailer should be placed on the front half of the trailer, with a tongue weight of 10-15% of the total weight that’s loaded on the trailer. Ensure weight is evenly distributed on the left and right sides of the trailer.
  • Straps are critical — broken or cheap straps can fail fast. Use ratchet straps for anything heavier than an average person and use more than one strap in case one comes loose.  The working load of the strap should be more than the weight of what you’re hauling.  For vehicles, strap vehicles at four points of the trailer corners.
  • Check your tires on both the vehicle and the trailer. Underinflation can cause rolling resistance and forces the engine to work harder and consume (now more expensive) fuel.
  • One of the most common trailer issues is lights — make sure your lights work before you leave, make sure the load doesn’t obscure them and take spare bulbs and fuses with you.
  • Check your brakes and make sure the breakaway cable is properly attached to your tow vehicle. In the event the trailer somehow disconnects from the hitch, the cable will trigger the trailer brakes.
  • Always cross safety chains so that they form a cradle for the tongue to fall down onto.
  • Adjust your mirrors so that you can have a clear view of the entire trailer, to the end.
  • Carry spare parts such as at least one trailer spare tire as well as extra wheel bearings and hubs.
  • When unhooking the trailer from the tow vehicle, use wheel chocks in front of and behind the trailer’s tires to ensure it doesn’t roll away.
  • Towing can stress your engine, so make sure your vehicle has all of its fluids to prevent overheating. Make sure your vehicle has proper levels of coolant, oil and transmission fluid.
  • Be patient when passing and take extra care when changing lanes.
  • Don’t speed and know the speed limits of the trailer and of your state/local area. Some areas have specific speeds for trailers.
  • Stop gradually when possible and allow for plenty of stopping distance between you and the vehicle in front of you. It takes longer to stop when pulling a load. Scan the road ahead to anticipate potential problems.
  • Watch out for trailer sway. High winds, large trucks, downhill grades and high speeds can lead to your trailer swaying.  If you’re not careful, it can swing like a pendulum.  Consider using a hitch stabilizer or a sway control unit to help alleviate this issue.
  • Don’t drive in if there’s no way out. It’s easy to get blocked in, so make sure there’s plenty of space to make a complete turnaround.

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What is OSHA’s National Emphasis Program on Heat Hazards?

What is OSHA’s National Emphasis Program on Heat Hazards?

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iSi can help you make sure you’re on the right track in getting the necessary documentation and processes in place.

Heat plays a large part in how we plan our day. We often put off work that creates heat or highly strenuous tasks to a time when the weather is more conducive to our needs. However, that cannot always be done. Sometimes a task must be done on a rigid schedule or is of an emergency nature so that work cannot be put off to a later, cooler, time of day. To that end, OSHA has developed a National Emphasis Program (NEP) to give some guidance to companies on how to work in the heat and keep employees safe.


What is OSHA’s NEP on Heat Hazards?

OSHA will conduct programmed (pre-planned) inspections in targeted high-risk industries on any day that the National Weather Service has announced a heat warning or advisory for the local area.

The NEP went effective on April 8, 2022 and will remain in effect for 3 years unless canceled or extended by a superseding directive.

The NEP establishes heat priority days when the heat index is expected to be 80 degrees Fahrenheit or higher. During these days OSHA will:

  • Initiate compliance assistance in the list of targeted high-risk industries; and,
  • Inspect any alleged heat-related fatality/catastrophe, complaint or referral regardless of whether the worksite is within the list of targeted high-risk industries.


What are the Targeted High-Risk Industries?

OSHA’s NEP on heat hazards targets over 70 high-risk industries based on:

  • Bureau of Labor Statistics (BLS) on incidence rates of heat-related illnesses
  • Elevated numbers of fatalities or hospitalizations reported to OSHA
  • Highest number of heat-related General Duty Clause violations over the last 5 years

These include but are not limited to:

General Industries That are Likely to Have Heat-Related Hazards:

NAICS Code        NAICS Industry Sector Title

1121                      Cattle Ranching and Farming
1151                      Support Activities for Crop Production
2131                      Support Activities for Mining
3118                      Bakeries and Tortilla Manufacturing
3211                      Sawmills and Wood Preservation
3241                      Petroleum and Coal Products Manufacturing
3251                      Basic Chemical Manufacturing
3272                      Glass and Glass Product Manufacturing
3311                      Iron and Steel Mills and Ferroalloy Manufacturing
3314                      Nonferrous Metal (except Aluminum) Production and Processing
3315                      Foundries
3323                      Architectural and Structural Metals Manufacturing
3329                      Other Fabricated Metal Product Manufacturing
3361                      Motor Vehicle Manufacturing
3362                      Motor Vehicle Body and Trailer Manufacturing
3363                      Motor Vehicle Parts Manufacturing
3364                      Aerospace Product and Parts Manufacturing
3365                      Railroad Rolling Stock Manufacturing
3366                      Ship and Boat Building
3369                      Other Transportation Equipment Manufacturing
3371                      Household and Institutional Furniture and Kitchen Cabinet Manufacturing
4239                      Miscellaneous Durable Goods Merchant Wholesalers
4241                      Paper and Paper Product Merchant Wholesalers
4242                      Drugs and Druggists’ Sundries Merchant Wholesalers
4243                      Apparel, Piece Goods, and Notions Merchant Wholesalers
4244                      Grocery and Related Product Merchant Wholesalers
4245                      Farm Product Raw Material Merchant Wholesalers
4246                      Chemical and Allied Products Merchant Wholesalers
4247                      Petroleum and Petroleum Products Merchant Wholesalers
4248                      Beer, Wine, and Distilled Alcoholic Beverage Merchant Wholesalers
4249                      Miscellaneous Nondurable Goods Merchant Wholesalers
4413                      Automotive Parts, Accessories, and Tire Stores
4442                      Lawn and Garden Equipment and Supplies Stores
4881                      Support Activities for Air Transportation
4882                      Support Activities for Rail Transportation
4883                      Support Activities for Water Transportation
4884                      Support Activities for Road Transportation
4889                      Other Support Activities for Transportation
4921                      Couriers and Express Delivery Services
4922                      Local Messengers and Local Delivery
4931                      Warehousing and Storage
5311                      Lessors of Real Estate
5617                      Services to Buildings and Dwellings (includes landscaping services, tree removal and tree trimming services)
5621                      Waste Collection
5622                      Waste Treatment and Disposal
5629                      Remediation and Other Waste Management Services
6231                      Nursing Care Facilities (Skilled Nursing Facilities)
7211                      Traveler Accommodation
8111                      Automotive Repair and Maintenance
8113                      Commercial and Industrial Machinery and Equipment (except Automotive and Electronic) Repair and Maintenance
8114                      Personal and Household Goods Repair and Maintenance

Construction Industries That are Likely to Have Heat-Related Hazards

NAICS Code        NAICS Industry Sector Title

2361                      Residential Building Construction
2362                      Nonresidential Building Construction
2371                      Utility System Construction
2372                      Land Subdivision
2373                      Highway, Street, and Bridge Construction
2379                      Other Heavy and Civil Engineering Construction
2381                      Foundation, Structure, and Building Exterior Contractors
2382                      Building Equipment Contractors
2383                      Building Finishing Contractors
2389                      Other Specialty Trade Contractors

Industries not Included in General Industry or Construction That are Likely to Have Heat-Related Hazards

NAICS Code        NAICS Industry Sector Title

1112                      Vegetable and Melon Farming
1113                      Fruit and Tree Nut Farming
2213                      Water, Sewage and Other Systems (may be State or local jurisdiction)
4411                      Automobile Dealers
4412                      Other Motor Vehicle Dealers
4821                      Rail Transportation (may be Federal jurisdiction)
4885                      Freight Transportation Arrangement
4911                      Postal Service
5611                      Office Administrative Services
5612                      Facilities Support Services
5613                      Employment Services
5614                      Business Support Services
5616                      Investigation and Security Services
5619                      Other Support Services
6117                      Educational Support Services
7225                      Restaurants and Other Eating Places
8112                      Electronic and Precision Equipment Repair and Maintenance
9281                      National Security and International Affairs (includes Customs and Border Patrol, and Transportation Security Administration)


What Will the OSHA Auditors Be Inspecting When They Come to Your Facility?

During heat-related inspections, inspectors will:

  • Review OSHA 300 Logs and 301 Incident Reports for any entries indicating heat-related illness(es). 
  • Review any records of heat-related emergency room visits and/or ambulance transport, even if hospitalizations did not occur. This may require the use of a Medical Access Order.
  • Interview workers for symptoms of headache, dizziness, fainting, dehydration, or other conditions that may indicate heat-related illnesses, including both new employees and any employees who have recently returned to work.
  • Determine if the employer has a heat illness and injury program addressing heat exposure, considering the following:
    • Is there a written program?
    • How did the employer monitor ambient temperature(s) and levels of work exertion at the worksite?
    • Was there unlimited cool water that was easily accessible to the employees?
    • Did the employer require additional breaks for hydration?
    • Were there scheduled rest breaks?
    • Was there access to a shaded or cool area?
    • Did the employer provide time for acclimatization of new and returning workers?
    • Was a “buddy” system in place on hot days?
    • Were administrative controls used (earlier start times, and employee/job rotation) to limit heat exposures?
    • Did the employer provide training on heat illness signs, how to report signs and symptoms, first aid, how to contact emergency personnel, prevention, and the importance of hydration?
  • Document conditions relevant to heat-related hazards, including:
    • The heat index and additional weather data from that day, e.g., heat alerts from the NWS, data from the OSHA-NIOSH Heat Safety Tool App, saving a screenshot on a mobile phone or tablet. Additional information may be needed for indoor heat investigations.
    • Observe and document current conditions and those at the time the incident occurred (for unprogrammed inspections), including:
      • Observed wind speed
      • Relative humidity
      • Dry bulb temperature at the workplace and in the shaded rest area
      • Wet-bulb globe temperature at the workplace, (ensure the equipment has been properly calibrated prior to use)
      • Cloud cover (no clouds, 25%, 50%, 75%, 100%)
      • The existence of any heat advisories, warning or alerts the previous days
    • Identify activities relevant to heat-related hazards. These can include, but are not limited to:
      • Potential sources of heat-related illnesses (e.g., working in direct sunlight, a hot vehicle, or areas with hot air, near a gas engine, furnace, boiler or steam lines).
      • The use of heavy or bulky clothing or equipment, including personal protective equipment.
      • Estimate workload exertions by observing the types of job tasks performed by employees and whether those activities can be categorized as moderate, heavy or very heavy work, considering both average workload and peak workload.
      • Duration of exposure during which a worker is continuously or repeatedly performing moderate to strenuous activities.
    • OSHA believes a review of any potential heat-related hazards should be included in any programmed or unprogrammed inspection where radiant heat sources exist in indoor work areas or at outdoor work areas on heat priority days. OSHA advises inspectors to conduct compliance assistance and document it where heat-related hazards do not warrant issuing citations.
    • Inspectors can use the OSHA-NIOSH Heat Safety Tool App as a resource.

How Can You Prevent Heat Illness at Work?

Dangerous heat exposure can occur indoors or outdoors, in any season. Employers can keep workers safe by following these simple safety practices:

  • Follow the 20% Rule — on the 1st day, don’t allow employees to work more than 20% of a shift at full intensity in the heat. Increase their time by no more than 20% a day until they are used to working in the heat.
  • Provide cool drinking water – encourage workers to drink at least one cup every 20 minutes, even if they are not thirsty.
  • Rest breaks — allow workers time to recover from heat in a shady or cool location.
  • Dress for the heat — have workers wear a hat and light-colored, loose fitting, breathable clothing if possible.
  • Watch out for each other — encourage workers to monitor themselves and others for signs of heat illness.
  • Look for any signs of heat illness, including fainting, dizziness, nausea, and muscle spasms, and act quickly — when in doubt, call 911.
  • Offer training on the hazards of heat exposure and how to prevent illness.
  • Develop an Emergency Action Plan on what to do if a worker shows signs of heat-related illness.


Need Help in Getting Your Documentation in Order?

Do you need assistance in developing a formal heat illness and injury program compliant with this initiative? Do you need assistance in determining your potential heat exposures? iSi can help! Contact us today!

 

Contributing:

Keith Reissig

Industrial Hygienist | Project Manager

Keith brings over 20 years of industrial hygiene and safety experience to iSi and its clients. An industrial hygienist, Keith jokes that he "sucks air for a living."  He specializes in workplace exposure testing and sampling strategies, safety compliance, ergonomics and training in a variety of topics in both the industrial hygiene and safety field.

Email  |  LinkedIn

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Environmental, Health, and Safety (EHS) Compliance

Environmental, Health, and Safety (EHS) Compliance

Environmental, Health, and Safety (EHS) Compliance is important for companies. EHS compliance is a term used to describe a company’s efforts to meet environmental, health, and workplace safety standards set by government agencies or other groups.

ehs compliance

Companies must meet environmental, health and safety standards set by government agencies or other groups in order to be EHS compliant. These standards help protect employees, the public and the environment from potential risks. By adhering to these standards, companies can avoid costly penalties and damages.

What is EHS Compliance?

EHS compliance is important for companies because it ensures that they are following standards set by government agencies or other groups. There are many benefits to becoming EHS compliant, including reducing the risk of fines, improving workers safety, protecting the environment and increasing sustainability.

Why Companies Should Maintain EHS Compliance

There are many reasons why companies should become EHS compliant. Some of the benefits include reducing the risk of fines, improving worker safety and protecting the environment. Becoming EHS compliant and keeping a regulatory compliance management system can also help business save money in the long run by reducing the number of accidents and avoiding costly fines through applicable EHS regulations.

EHS compliance water test

How to Become EHS Compliant

There are a few steps businesses can take to become EHS compliant. The first step is to identify the EHS standards that apply to your company. Once you know what standards you need to meet, you can create a plan to become compliant. This may include hiring an EHS consultant to help you develop and implement a strategy to become EHS compliant. Through consulting, an audit program, workplace safety training and annual reviews, your company can become and continue to be EHS compliant. To ensure EHS compliance decrease business risk, it is proved wise for businesses to have management systems in place to stay up-to-date on EHS regulations and the ongoing compliance process. In leading companies, a good management system or even EHS managers can create a compliance culture to help mitigate risk, impact workers safety, verify compliance, improve employee training and integrate EHS regulatory requirements in every day business at your firm.

What are the Six Steps to Compliance?

  1. Stay up to date on changing laws and regulations
  2. Invest in auditing by hiring an outside consulting firm
  3. Enforce new procedures to keep workers safe
  4. Develop training content to support operations
  5. Schedule audits quarterly or annually
  6. Create a culture of accountability with upper management

Laws & Regulations

Strict guidelines are put in place to help maintain corporate standards. Environmental regulations can change at the federal and state level. This causes company regulations to change annually requiring businesses to adhere to ever changing requirements. It may seem like a daunting task but there are a myriad of resources available to your organization. Take time to review the latest press releases from the regulatory compliance bodies applicable to your business operations (create a Google News alert for this). Though these press releases might be stuffed with legal language, they also provide actionable insights for EHS Managers.

EHS compliance auditor

What is an EHS Audit?

An EHS audit will allow a business to set up and maintain proper management systems and comply with. An EHS management system will not only help keep a business in compliance but it will also address EHS risks, EHS issues, help you avoid fines, keep employees safe, and track regular inspections for you. A good audit will include review of business operations and compliance programs.

For example, a safety auditor will look for specific risk related to workers exposure to respiratory hazards, physical hazards such as sources of hazardous energy and confined spaces, training programs and written programs.  Environmental auditors will look for required reporting and inspections, permits, discharges and programs.

What is Auditing Protocol?

Whether your are trying to improve your sustainability metrics or EHS management is your sole concern, a solid auditing protocol is one of the top responsibilities of a good auditor. The protocol should always start with a review of previous non compliances for the organization, identify what procedures were implemented, and document the impact of those changes to operations. An auditor will create a matrix documenting current programs, identify any employees’ training non compliances, and evaluate the internal resources available to the compliance programs.

EHS audit

Conclusion

EHS compliance is important for your business to comply with industrial regulations. For many firms, regulatory compliance with these industry regulations is required in order to keep their business license up-to-date. iSi has an audit program and virtual audits which can help firms, organizations, and most business owners become and stay compliant. While cultivating a safe working environment, you will also be able to stand by your company’s reputation. Contact us today to learn more.

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Fall Protection for General Industry

Fall Protection for General Industry

OSHA annually has a Stand Down for Falls in Construction.  If your company is not in construction, but in general industry, this is a good time to review fall protection issues at your own facility.  Falls can occur anytime you have workers at heights regardless of the type of work they are doing.  Here are some tips to remember for general industry:

  • In general industry, the rule for fall protection is that it’s needed when you’re at or above 4 ft. or when someone is working over hazardous machines or equipment.
  • When using scissor at 4 ft. or above, fall protection is needed. Even at lower heights, guardrails may be used, but still leave the potential for falling.  It’s a best practice to wear fall protection when using these machines and these machines have secure anchor points already ready to go for use.
  • Use fall protection any time you’re using an aerial lift.
  • Know your calculations on distance to know how to choose the right length of lanyard to protect your workers in a fall. You need to account for the fall, deceleration distance, harness elongation, swing hazards, the length of the D-ring to the bottom of the feet and a safety factor distance above the ground.
  • Have a rescue plan to prevent suspension trauma and teach workers what they need to do to keep their blood circulating while suspended until help arrives. It only takes 5 minutes for them to become lightheaded, nauseous or unconscious.
  • Only use anchorage points that have been designed to be so and have been certified to meet or exceed OSHA regulations. Engineered anchor point systems typically exceed regulations and are a safe option.  Do NOT use bad anchor points such as vents, stand pipes, railings, guardrails, air vents/ductwork, fixed ladders, skylights, light fixtures, electrical conduits, or air conditioning units.
  • Use of ladders create fall injuries. Know how to properly use a ladder, keep 3 points of contact at all times, check ladders for damage, and set them on a solid, stable base.
  • When was the last time you inspected your fall equipment? Make sure you are visually inspecting it before use and then conducting additional documented annual inspections.  If ANYTHING looks odd, remove it from use.
  • Have your workers been trained in fall hazards? They must be trained prior to being exposed to that hazard, must understand the training and be retrained any time they exhibit inadequacies in knowledge or use of fall protection systems or equipment.

Below are some fall protection-related resources you can draw upon:

Toolbox Topic Material from the National Safety Council

OSHA’s Fall Protection Pagehttps://www.osha.gov/fall-protection

Example Training Resources for Falls in General Industry

This Week’s OSHA’s National Safety Stand Down to Prevent Falls in Construction

If you need help with fall protection safety compliance, contact us today!

Fall Protection Compliance

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6 Key Steps of an Effective Incident Investigation Process

6 Key Steps of an Effective Incident Investigation Process

Why Conduct Incident Investigations?

When investigating a worksite incident, it is essential to record all findings accurately and thoroughly. This includes documenting the accident scene, identifying any possible witnesses, and interviewing involved parties to verify facts. All of these steps will help employers and workers understand what happened and identify potential hazards in order to prevent future incidents from occurring.

Who should do the investigating?

It is equally important to involve managers and employees in the incident investigation. Managers can provide oversight of the process, as well as draw on their experience to identify potential contributing factors from when the incident occurred. Employees also bring valuable insight – for instance, workers may be able to identify specific unsafe practices or conditions that led up to the incident.

Six steps for successful incident investigation:

The 7 steps of investigation includes:

STEP 1 – IMMEDIATE ACTION

Once the area is safe, first aid and medical care has been given for the people involved and the scene has been preserved, a thorough investigation will begin. Evidence will be collected from multiple sources which may include CCTV tapes, photographs of the scene or other physical evidence such as samples. This evidence must be carefully documented and stored securely in accordance to local laws and regulations.

STEP 2 – PLAN THE INVESTIGATION

It is important to develop a clear plan for investigating any incident. The plan should consider the resources required, who will be involved, and how long it is expected to take. Depending on the severity or complexity of the incident, an investigation team may be necessary in order to ensure that all aspects of the case are thoroughly examined.

An accident investigation is important for any workplace incident, not only for human error but for equipment and management systems errors as well. With a proper investigation, a safety committee will need to involved or established as well as a single investigator.

STEP 3 – DATA COLLECTION

The investigation of any incident requires a thorough analysis of all available information. This might include interviewing witnesses or victims and an injured worker, reviewing documents related to the event, examining equipment or machinery that was involved in the incident and studying the incident scene.

The data collected from these sources can provide invaluable insights into what happened during the incident and help investigators determine the cause. To collect data, comb over every sequence of events and gather information regarding human errors as well as equipment errors. Weather conditions should be documented as well along with safety problems, property damage, serious injury, witness statements, near misses, work environment, other incidents, and other relevant information that will be helpful to the investigation team.

STEP 4 – DATA ANALYSIS

The root cause of an incident is typically the result of multiple failures, decisions, and processes that have been allowed to exist in an organization’s environment. To properly recognize the root cause requires a thorough investigation into the systemic factors at play.

The direct causes are more obvious, but it’s important not to overlook their connections to underlying influences. By looking closely at both direct and underlying causes, it becomes possible to identify where improvement can be made and prevent similar incidents from occurring in the future. In order to understand the data, you’ll need to review records such as inspection reports as well as review all injuries recorded, the me

STEP 5 – CORRECTIVE ACTIONS

Root cause analysis also helps organizations to recognize any potential areas for improvement, ensuring that similar incidents do not happen again in the future. By understanding and addressing the root causes of an incident, organizations can gain greater visibility into their processes and ensure long-term success.

Additionally, significant cost savings can be achieved through effective root cause analysis as it provides a valuable opportunity to review existing processes and address any deficiencies before they become costly later on. Ultimately, when used correctly, root cause analysis can help an organization get ahead of problems before they occur and reduce risks associated with them and other hazards.

Corrective actions might include personal protective equipment changes or updates due to equipment failure. Doing a ‘quick fix’ would be an example of what not to do as a corrective action. Cutting corners can cause repeat incidents and come with serious consequences.

STEP 6 – REPORTING

Once the investigation is concluded and all outstanding issues are closed out, it is important to communicate the findings so that lessons can be shared. In order to do this, organizations should use formal incident investigation reports, alerts, presentations and meeting topics.

Regular safety inspections, regular maintenance, implement corrective actions and a safety program, being sure to follow up with organizational requirements on safety and training both management and employees on safety in incidents are crucial when reporting and maintaining reporting.

Why look for the root cause?

Root Cause Analysis can be used to help organizations recognize and rectify the underlying causes of problems they may be facing. The first step in this process is to identify the negative events that are occurring and determine if any patterns or trends exist among them.

What are the steps involved in investigating an incident?

  • Secure the area
  • Plan the investigation
  • Collect all information
  • Analyze collected data
  • Find the root cause
  • Execute corrective actions
  • Document and share the results

What should I know when making the analysis and recommendations?

If your analysis is just another step of managing incidents. Be sure to allocate the appropriate resources and time to complete a full analysis in these situations:

  • When issues occur or can be expected to occur more than once
  • When an outage has or can affect many users
  • When the system isn’t functioning as designed

What is OSHA Process Safety Management Management of Change?

MOC’s (Management of Change) establish and implement written procedures to manage changes made to process chemicals, technology, equipment, procedures and facilities. OSHA’s Process Safety Management (PSM) standard requires companies to perform MOC’s when changes are made that could affect how safely a process runs.

This procedure should outline all points involved in making changes to the process, such as reviewing safety concerns, assessing risks, identifying potential hazards, selecting appropriate control measures, monitoring results, and updating records.

Which are the three types of MOC?

The three most common types of MOC are administrative, organizational, and technical.

What are the steps of MOC process?

8 Steps to a MOC Process

  1. Identify Proposed Changes.
  2. Risk Assessment.
  3. Determine if Hazards/Risks Can Be Controlled.
  4. Evaluate Making a Change.
  5. Implement Change If Safe.
  6. Pre-Startup Safety Review (PSSR)
  7. Train Workers on Change.
  8. Execute and Monitor Change.

 

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Fatigue Management

Fatigue Management

We’re all tired. There are so many things weighing on us — taking on more tasks and trying to keep up at work when there are not enough workers to get everything done, continuous pressure to maintain levels of service when supplies are delayed and staffing is short, COVID, Daylight Savings time, we’re approaching one of the busiest times of the year in the school calendar, you have stuff at home that’s not getting done, and on and on. When you get tired, mistakes and accidents happen.

Most adults need 7-8 hours of sleep in every 24 hours to feel well rested and without it, a sleep debt is built up. This debt may result in impaired performance, reduced alertness and higher levels of sleepiness and fatigue. A sleep debt can only be repaid with restful sleep. Fatigue contributes to accidents by impairing performance and in extreme cases causing people to fall asleep. Fatigue related “micro sleeps” are very hard to predict or prevent and can place the individual and others at risk.

According to the National Safety Council, more than 43% of workers are sleep-deprived, and fatigued worker productivity costs employers $1,200 to $3,100 per employee annually. Employees on rotating shifts are particularly vulnerable because they cannot adapt their “body clocks” to an alternative sleep pattern.

Fatigue Management Programs

More and more companies are including fatigue management in their list of safety programs.  For major manufacturers and industrial facilities that use contractor pre-qualification services like ISNetworld, Fatigue Management Programs are a requirement for contractors.

Fatigue Management Programs can be simple.  They can line out the responsibilities of supervisors, employees and the company.  They also discuss the hazards of fatigue, provide a overview of risk controls and make a plan for training.

Even if you don’t want to create a formal Fatigue Management Program, you still may want to consider including safety sessions about it to your teams.  Here are some elements you can include in your training:

Signs and Effects of Fatigue

Signs of fatigue include long eye blinks, repeated yawning, frequent blinking, bloodshot eyes, poor reaction time, slow speech, loss of energy, and an inability to concentrate.

Fatigue can result in a lack of attention, difficulty following instructions, reduced ability to think clearly, and slower response to changing circumstances.

Chronic fatigue can also lead to many different long term health issues such as high blood pressure, increased risk for diabetes and heart disease, weakened immunity, poor balance, mood changes and memory issues.

What Your Company Can Do:  Risk Controls to Consider

Rest, of course, is the most important control measure for managing fatigue. For companies, consider the following:

  • Is a ten hour or longer break between work shifts provided?
  • Are safety critical tasks planned during “circadian low” hours, 2am-6am and 2pm- 4pm?
  • Are complex tasks planned on the first or final shift of a nightshift work cycle?
  • Does the break between work shifts provide a sleep opportunity of 7 or more hours of continuous sleep?
  • Is a minimum of one break provided between each 4 hours of work with one break of sufficient length to have a meal (i.e. 30 minutes)?
  • Are more frequent short breaks allowed during strenuous activities?
  • Are on-call responsibilities limited?
  • Is ready access to drinking water provided?
  • Do Call-Out/On Call schedules provide for adequate rest before returning to a regular work shift?

What the Worker Can Do: Combating Fatigue

  • Try to maintain a consistent sleep schedule — if you’re sleeping more on days off, you’re not sleeping enough on work days. Try to go to bed and wake up at roughly the same time per day, even on the weekends.
  • Try to get a minimum of 7 hours per night
  • Don’t eat big meals close to bedtime, but if you’re hungry before bed, don’t go to bed hungry as that will affect sleep too — have a healthy snack.
  • Caffeine, nicotine and alcohol can all affect sleep patterns
  • Make your bedroom conducive to sleep — quiet, dark, not too hot or too cold
  • If you have daytime sleepiness, snoring or breathing pauses, get checked out for sleep apnea
  • Just like kids need a bedtime routine, so do you. Establish a relaxing bedtime routine and stick to it.
  • Avoid stressful activities before bedtime and don’t associate your bedroom and sleeping with anxiety
  • Don’t go to bed for sleep unless you’re truly sleepy — trying to sleep is counterproductive and can make it harder to fall asleep.
  • Avoid long naps during the day that may throw off your nighttime schedule.
  • Avoid blue light exposure at night (from electronic devices) – use glasses that block blue light or install an app that blocks it.
  • When was the last time you changed your mattress and pillow? Are they causing pain? Upgrade your bedding every 5-8 yrs.

Working together to try to incorporate just even a few of these into our lives and work days should make a real difference in workplace health and wellness — both physically and mentally.

If you need help developing a Fatigue Management written safety program, we can help.  Contact us today!

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OSHA’s Noise Regional Emphasis Program for General Industry and Construction

OSHA’s Noise Regional Emphasis Program for General Industry and Construction

OSHA has reissued a noise hazard regional emphasis program for Region VII.  OSHA inspectors will be conducting targeted inspections for noise for certain NAICS categories in both general industry and construction.  Even though this particular emphasis program is for Region VII (Kansas, Missouri, Iowa, and Nebraska), OSHA has noise-related regional emphasis programs in all states except for those that fall in the Western and Pacific Regions (9 and 10).

OSHA says it’s targeting workplaces with excessive noise levels in order to prevent permanent hearing loss.  They say 22 million workers are working in hazardous noise levels and 53% do not wear hearing protection.  In a NIOSH study, 52% of noise-exposed tested construction workers admitted to not wearing hearing protection, and 25% of tested workers had a hearing loss that affected their day-to-day activities. Hearing loss is an OSHA recordable injury.  Even short-term exposures can cause ringing in the ears, reduced productivity and stress.

Who Will Be Inspected?

OSHA has made a list of the NAICS codes from both general industry and construction that they have found commonly have noise hazards.  Data was gathered from a couple different sources.  First, they looked at inspections conducted between 2018 and 2020 where there were citations for noise.  They found the industries who had the most citations for these issues, and have sorted them from the most inspected group to the least inspected group.  OSHA also created the State Workers Compensation Data Profile.  This collected data of the NAICS groups that were reporting noise-related injuries and illnesses through workers compensation cases within that same time period.  These lists were combined to generate a master list of NAICS groups.

These are the NAICS groups that have been identified for the targeted inspections:

GENERAL INDUSTRY NAICS

2111:  Electric Power Generation, Transmission and Distribution
3119:  Other Food Manufacturing
3211:  Sawmills and Wood Preservation
3219:  Other Wood Product Manufacturing
3241:  Petroleum and Coal Products Manufacturing
3261:  Plastics Products Manufacturing
3315:  Foundries
3323:  Architectural and Structural Metals Manufacturing
3327:  Machine Shops; Turned Product; and Screw, Nut and Bolt Manufacturing
3328:  Coating, Engraving, Heat Treating and Allied Activities
3329:  Other Fabricated Metal Product Manufacturing
3364:  Aerospace Product and Parts Manufacturing
4239: Miscellaneous Durable Goods Merchant Wholesalers
4811:  Scheduled Air Transportation
4922:  Local Messengers and Local Delivery

CONSTRUCTION NAICS

2361:  Residential Building Construction
2362:  Nonresidential Building Construction
2372:  Land Subdivision
2373:  Highway, Street and Bridge Construction
2379:  Other Heavy and Civil Engineering Construction
2382:  Building Equipment Contractors
2383:  Building Finishing Contractors
2389:  Other Specialty Trade Contractors

Inspections – What Will OSHA Look For?

OSHA will start the inspection by reviewing programs and records, including your:

  • OSHA 300 logs for threshold hearing shifts and other health hazards
  • Noise sampling data, including past noise surveys that include sound level measurements
  • Exposure Monitoring Program
  • Hearing Conservation Program
  • Hearing conservation training records
  • Audiograms for the past 3 years
  • Records in conjunction with access to employee exposure and medical records (1910.1020)
  • Information on temporary workers so they can evaluate your program in relation to them
  • Information on PPE provided and whether it’s voluntary or required and where
  • Schematic diagram of your facility (for noise mapping) and departments where noise may be an issue
  • Union representatives will be questioned on noise and hearing conservation efforts

Inspectors Will Conduct Sampling

From there, OSHA will conduct a walk around to observe your processes and find opportunities for noise mapping.  They will take pictures of workers not wearing their hearing protection correctly, or those in noisy areas not wearing any protection at all.  They will also interview workers in areas where there are greater than 80 dba of noise found. 

Inspectors will conduct noise mapping with a sound meter and, depending on their findings, may need to conduct additional noise dosimetry on individual workers.  OSHA instructions for their inspectors advises inspectors to try to do noise dosimetry the very first day they’re there, and to get the dosimeters on the workers as soon as possible.  Only 6 or more hours are necessary to support a citation.  Thus, they may want to do dosimetry immediately to get as many hours of data as possible. However, guidance also suggests they do the dosimetry on your second shift workers if the inspection gets started later in the day. If they need additional sampling in other areas, they will come back for additional follow-up sampling for full shifts on other days.

Protect Your Company With Side-by-Side Sampling

As an employer, it’s advisable that you conduct side-by-side sampling of any noise sampling or dosimetry OSHA is conducting.  This means you would have someone conduct noise sampling alongside the inspector to assure that the samples collected are similar to what OSHA is collecting.  You can also choose to put a dosimeter on the same employees to duplicate and check noise dosimetry.  It’s your right as an employer to do this and may help in negotiations later if there are discrepancies between your results and those of OSHA’s.

iSi Can Help You Prepare and Get Your Program in Order

iSi can help you get your documentation in order in the event you are going to be inspected.  This includes:

  • Industrial hygiene audits and assessments to see where you stand with occupational health and exposure-related OSHA regulations
  • Conducting noise mapping and dosimetry so you have your required records on file
  • Developing Exposure Monitoring Programs
  • Reviewing OSHA logs for recordable hearing losses and helping you determine which hearing losses are recordable
  • Written Hearing Conservation Programs
  • Hearing conservation training
  • PPE evaluations
  • Side-by-side noise sampling during inspections
  • Safety professionals for to be onsite and assist during OSHA inspections

Contact us today for a quote!

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What’s on OSHA’s To-Do List? OSHA Publishes Current Regulatory Agenda

What’s on OSHA’s To-Do List? OSHA Publishes Current Regulatory Agenda

OSHA’s regulatory agenda has been published with a list of priorities the agency is working on.  Twice a year the federal agencies publish their regulatory priorities.  These are typically listed by what stage each is currently in.  What is on OSHA’s regulatory agenda, and what changes and additions may you see coming up?

Final Rule Stage

These are the ones closest to being issued as a final rule.

Walking Working Surfaces
1910.28(b)(11)(ii), 1910.29(f)(1)

Feedback about provisions of the 2016 final rule being unclear led OSHA to work to update some formatting errors in Table D-2 and to revise language about the requirements for stair rail systems to make them clearer.

Procedures for Handling Retaliation Complaints Under Whistleblower Protection Statuses, Under the Anti-Money Laundering Act, and Under the Criminal Antitrust Anti-Retaliation Act
Multiple

These three are basically the same, laying groundwork for procedures on how to handle and investigate complaints and protect retaliation against whistleblowers.

Proposed Rule Stage

Improved Tracking of Workplace Injuries and Illnesses
1904.41

This proposed rule would require establishments already reporting OSHA 300As electronically to submit the OSHA 300 and 301 information electronically as well.  This was an original feature of the standard, but was removed in 2019.  Those who are required to report electronically are employers with 250 or more employees.

Hazcom Updates
1910.1200

The last Hazard Communication Standard incorporated the 3rd Edition of the Globally Harmonized System of Classification and Labeling of Chemicals (GHS).  GHS has been updated several times since 2012, and OSHA wants to update the standard to reflect the 7th Edition of GHS.

Amendments to the Crane and Derricks in Construction Standard
1926

  • Correct references to power line voltage for direct current (DC) voltages as well as alternating current (AC) voltages;
  • Broaden the exclusion for forklifts carrying loads under the forks from “winch or hook” to a “winch and boom”;
  • Clarify an exclusion for work activities by articulating cranes;
  • Provide 4 definitions inadvertently omitted in the final standard;
  • Replace “minimum approach distance” with “minimum clearance distance” throughout to remove ambiguity;
  • Clarify the use of demarcated boundaries for work near power lines;
  • Correct an error permitting body belts to be used as a personal fall arrest system rather than a personal fall restraint system;
  • Replace the verb “must” with “may” used in error in several provisions; correct an error in a caption on standard hand signals; and
  • Resolve an issue of “NRTL-approved” safety equipment (e.g., proximity alarms and insulating devices) that is required by the final standard, but is not yet available.

Occupational Exposure to Crystalline Silica in Construction
1926.1153(c)

OSHA wants to seek information on the effectiveness of the dust control measures currently included in Table 1.  They also want to find out if there are any other tasks or tools that would be effective to add to Table 1.  Employers who follow Table 1 correctly are not required to measure workers’ exposure to silica and are not subject to the permissible exposure limit (PEL).

 Welding in Construction Confined Spaces
1926.353

OSHA wants to amend the Welding and Cutting Standard to remove any ambiguity about the definition of a confined space.  The explanation portion of the 2015 Confined Spaces in Construction standard discusses how the welding standard and the confined spaces standard work together.  Although the confined spaces standard states that it encompasses welding activities, the welding standard does not expressly identify a definition of “confined space”.

PPE in Construction
1926.95

Clarification of requirements for the fit of PPE in construction.

Updates to Lockout/Tagout
1910.147

OSHA recognizes technological advancements in computer-based controls of hazardous energy conflict with the LOTO standard.  These controls are increasingly being used and there are consensus standards for their design.  Other countries are also accepting their use.  OSHA wants to look into harmonizing the current standard with those other countries.  There is a current RFI out which is seeking information to understand the strengths and limitations of these devices and their potential hazards to workers.

Powered Industrial Truck Design Standard Update
1910.178, 1926.602

OSHA is proposing to update the referenced ANSI standard from ANSI B56.1-1969 Safety Standard for Powered Industrial Trucks to also include the latest version of ANSI/ITSDF B56.1a-2018, Safety Standard for Low Lift and High Lift Trucks.

State Plans – Arizona and Massachusetts
1952

In the Arizona rule, OSHA is considering revoking Arizona’s State Plan because they didn’t issue an Emergency Temporary Standard for COVID within the 30 days OSHA gave them to adopt their own standard.  State Plans are required to issue regulations as strong as or stronger than federal OSHA.

Massachusetts is applying to have a State Plan applicable only to state and local government employees.

Specific Industries

Medical – Infectious Diseases
1910

This rule is meant to identify standards to protect workers in health care, emergency response, prisons, homeless shelters, drug treatment programs, medical examiners, labs, and other occupational settings where there’s a high risk of transmission of infectious diseases such as TB, MRSA, SARS, chickenpox, shingles and COVID.

Shipyard Fall Protection – Scaffolds, Ladders and Other Working Surfaces
1915.71-1915.77, subpart E

The current subpart E section of the standard is not comprehensive in its coverage of fall hazards in shipyards. OSHA issued a Request for Information and is considering updating existing standards and dividing the rulemaking into three subparts: subpart E, Stairways, Ladders and Other Access and Egress; subpart M, Fall Protection; and subpart N, Scaffolds.

Communication Tower Construction and Maintenance
1926 and 1910

Communication tower work has a high fatality rate and construction is expected to greatly increase.  OSHA has been collecting information and has determined current fall protection and personnel hoisting guidance may not adequately cover this work.  OSHA will be determining if a separate standard is needed, including covering structures that have telecommunications equipment on it or attached to them such as rooftops, buildings, water towers and billboards.

Tree Care
No Specific Reg Cited

There is no standard for tree care operations, which is a high hazard industry.  The tree care industry has petitioned to have a rule, and OSHA has collected information from affected small entities on what may be included in a potential standard.

Prerule Stage

Heat Illness Prevention in Outdoor and Indoor Work Settings
No Specific Reg Cited

This has gotten more publicity in the past few years.  In our blog in 2019 we wrote about a House bill that would require OSHA to develop a formal heat standard.  The effort and debate continues.  OSHA says that given the potentially broad scope of regulatory efforts to protect workers from heat hazards, as well as a number of technical issues and considerations with regulating this hazard (e.g., heat stress thresholds, heat acclimatization planning, exposure monitoring, medical monitoring), a Request for Information would allow them to begin a dialogue and engage with stakeholders to explore the potential for rulemaking on this topic.

Blood Lead Level for Medical Removal
1910.1025, 1926.62

OSHA is looking at reducing the trigger level for removing personnel from lead exposures.  Current levels require medical removal at 60 µg/dL in general industry, 50 µg/dL in construction and the return of employees to a former job status at below 40 µg/dL.  OSHA will be seeking public input on levels, identifying possible areas of the lead standard that need to be revised and how to improve worker protection where preventable lead exposures continue to occur.

Emergency Response
1910

Current OSHA standards don’t reflect the full range of hazards that emergency responders encounter nor the advancements in PPE, in technology, nor the major developments already being accepted by the emergency response community and consensus standards.  OSHA is considering updating these based on information gathered through a request for information and public meetings.

Process Safety Management and Prevention of Major Chemical Accidents
1910.119

OSHA has been looking at potentially modernizing the PSM standard and related standards since 2013.  Stakeholder meetings are next on the list.

Mechanical Power Presses Update
No Specific Reg Cited

The current OSHA standard is over 40 years old and does not address the use of hydraulic or pneumatic power presses or any other technological changes. OSHA previously published an Advanced Notice of Proposed Rulemaking on Mechanical Power Presses (June 2007) in which it identified several options for updating this standard.  It’s still on the list.

Prevention of Workplace Violence in Health Care and Social Assistance
No Specific Reg Cited

This has been on the list since 2017 and is related to impacts of workplace violence, prevention strategies and other information in health care and social assistance.  OSHA was petitioned for a standard preventing workplace violence in health care by a broad coalition of labor unions, and in a separate petition by the National Nurses United.  A small business study (like those conducted for specific industries) is next on the list.

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The Top 5 Respiratory Protection Issues Cited by OSHA in 2021

The Top 5 Respiratory Protection Issues Cited by OSHA in 2021

The list of the most cited OSHA standards is out for 2021.  As you may know, the list contains the same issues each year, usually just in a different order.  Fall protection in construction is number one for the 11th year in a row. Hazard communication, usually towards the top of the list, surprisingly fell to 5th.   Respiratory protection in general industry is the new overall number two for this year, and the top issue found in general industry.

So what are the issues most commonly cited for respiratory protection?   

1. 1910.134(e)(1) Medical Evaluations

The most commonly cited relates to medical evaluations. Employers are to provide medical evaluations to determine the employee’s ability to use a respirator, before fit-testing and before they’re required to use the respirator in the workplace. 

There is a medical questionnaire in Appendix C that you can choose to use, or you can choose to do a medical examination instead as long as the examination contains the same information found in the questionnaire.  As an employer, you cannot look at the answers, and must provide employees with instructions on how to deliver or send the completed questionnaire to a physician or other licensed health care professional (PLHCP) for review. 

Seasonal and temporary workers are required to have evaluations if their jobs require respirator use.  Those workers who voluntary choose to wear dust masks (after you’ve determined there is no hazard in that area) are not required to have medical evaluations but must be made aware of the limitations of the dust mask as outlined in Appendix D of the standard.

2.  1910.134(f)(2) Fit Testing

Employers are to ensure employees wearing tight-fitting facepiece respirators are fit-tested:

  1. Before use
  2. Whenever a different respiratory facepiece is used (size, model, make, style)
  3. Annually

Fit-testing is done qualitatively or quantitatively.  Qualitative fit-testing uses items such as saccharine, Bittrex, banana oil or irritant smoke to determine protection.  It relies on the person being tested’s ability to sense odor or irritants. Qualitative fit testing is only for half-face, full-face and N95 filtering facepiece respirators that have an Assigned Protection Factor (APF) of 10.

Quantitative respirator fit-testing uses a machine to measure pressure loss inside the mask or to count quantities of particles to calculate a fit factor.  Quantitative testing is considered more accurate than qualitative fit-testing.  Quantitative fit-testing must be conducted for respirators requiring an APF over 10.  Full-face tight fitting respirators that are quantitatively tested have an APF of 50 .

3.  1910.134(c)(1) Written Program

In any workplace where there is respirator use, there needs to be a written program with site-specific procedures. The program is to be administered by a “suitably trained” program administrator.  Whenever conditions in the workplace changes, the program should be updated.  If you have people voluntarily wearing respirators, you still are required to have a program.

The program is to contain the following elements:

  • Procedures for selecting respirators;
  • Medical evaluations of employees required to use respirators;
  • Fit testing procedures for tight-fitting respirators;
  • Procedures for proper use of respirators in routine and reasonably foreseeable emergency situations;
  • Procedures and schedules for cleaning, disinfecting, storing, inspecting, repairing, discarding, and otherwise maintaining respirators;
  • Procedures to ensure adequate air quality, quantity, and flow of breathing air for atmosphere-supplying respirators;
  • Training of employees in the respiratory hazards to which they are potentially exposed during routine and emergency situations;
  • Training of employees in the proper use of respirators, including putting on (donning) and removing them (doffing), any limitations on their use, and their maintenance; and
  • Procedures for regularly evaluating the effectiveness of the program.

Annual reviews are not required, but reviews should be done periodically in accordance with the complexity and factors of your hazards, types of respirators used, and worker experience using them. Workplace changes are an automatic trigger for updates.  For instance, if your workplace conditions change such as different exposure amounts or types, if you change respirators, or change fit-testing protocols, an update would be necessary.

In your review, employees should be questioned on factors affecting their performance such as difficulty in breathing, limits of motion, impacts to vision/hearing/communication, discomfort and if they have any concerns on effectiveness.

4.  1910.134(k)(1) Training

Employers need to make sure employees can demonstrate their knowledge of the following:

  • Why the respirator is necessary
  • How proper fit, usage and maintenance can compromise its protective effect
  • Limitations and capabilities of a respirator
  • How to use it in an emergency
  • What to do if it malfunctions
  • How to inspect, don, doff and check its seals
  • How to properly clean, disinfect and store the equipment
  • How to recognize medical signs and symptoms that may limit or prevent the respirator’s effectiveness; and,
  • The general requirements of this section of the standard.

Employees need to be trained BEFORE using a respirator in the workplace, and ANNUALLY (within 12 months). Training needs to include the above elements each year. Besides the annual training requirement, retraining is required whenever there are changes in the workplace, when you see the employee has inadequacies in his/her knowledge or use of it, or any other case in which it looks like the employee would benefit from retraining.

To determine the employee’s understanding, you can ask the employee in writing or orally about the information and observe their hands-on use of respirators.

5.  1910.134(d)(1) General Requirements

The general requirements are the general rules for selection of respirators. That is, it is the employer’s duty to:

  1. Select appropriate respirators based on the hazards to which they’re exposed and the workplace factors that will affect them such as temperature/humidity, need for unimpeded vision, need for communication with other workers, usage in conjunction with other PPE, amount of time to be worn, etc.

  2. Select NIOSH-certified respirators and use them in compliance with the conditions of that certification. So don’t use parts for one brand on a different brand of respirators and for airline respirators use in accordance with operating procedures and hose specifications.
  3. Evaluate the respiratory hazards of the workplace. This includes quantifying exposures, identifying the contaminant’s chemical and physical form. You must do an analysis to determine if respirators are needed.  If it’s not possible to identity or estimate, the atmosphere should be considered to be IDLH, or immediately dangerous to life or health.
  4. Select respirators in a sufficient number of models and sizes so that they are acceptable and correctly fit. Not everyone’s face is the same.  We’ve found in fit-testing that not only are there size variances between people, but some just cannot successfully fit test in certain brands and shapes of respirators.

Need Help?  Have Questions?

After reviewing these 5, does your program have all of these bases covered? 

If you have questions, or need help shoring up your respiratory protection program, iSi is here to help!  We can write or review your written programs, help you determine workplace exposures, help with sampling plans, help with respirator selection, and conduct training. Contact us today!

Need Help?

Do you need help with any of these respiratory protection issues, respirator selection, quantitative fit-testing or training?  We can help!

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Keith Reissig
Keith Reissig

Contributing:

Ryan Livengood

International Hazardous Materials Logistics Manager | EHS Regulatory Trainer

As a former corporate environmental, health and safety manager, Ryan has a vast experience in working with both environmental and safety compliance issues in multiple states.  His specialties include national and international dangerous goods transportation, hazardous waste, environmental compliance, industrial hygiene and safety compliance. He is also an ISO 14001 Lead Auditor.

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8 Key Details You Need to Know About OSHA’s Vaccination and Testing Standard

8 Key Details You Need to Know About OSHA’s Vaccination and Testing Standard

OSHA’s recently announced Emergency Temporary Standard (ETS) on vaccination and testing was issued on November 5, 2021, and within days it was stayed by 5th U.S. Circuit Court of Appeals. While the legality of the standard, aka 29 CFR 1910.501, remains in question, it would still be a good idea for your business to become familiar with the standard’s requirements, in the event it is allowed to continue.

Here are 8 key details of the standard you need to know:

1. 100 Employees Requirement

The ETS applies to companies with 100 or more employees. This counts 100 employees at the enterprise level, but only U.S. employees. The number is based on heads, not equivalent hours. The host employer does NOT count temporary worker hours (this goes on staffing agencies’ head counts). Determining head count starts at worker start dates of November 5, 2021 and later. If you reach 100 employees at any one time, your company will fall under the requirements throughout the life of the ETS (which is supposed to end on May 4, 2022).

2. Determining Vaccination Status

Employers must determine the vaccination status of every employee. Employers must also maintain current knowledge of the aggregate number of fully vaccinated employees and total number of employees at the workplace. If requested by OSHA or an employee, this information must be made available within 4 hours.

3. Testing

If you decide not to require vaccines for all employees, the standard allows unvaccinated employees to do weekly testing. Employers are not responsible for the costs of testing.

There is a hard 7-day limit in testing. That is, the employer must have a copy of a new COVID test result on 7th day. The employee cannot come to work on the 8th day without a test result.

Pool testing for weekly testing will be allowed. This means you can collect the same type of specimen from several people and conduct one antigen laboratory test on the combined pool of specimens (e.g., four samples may be tested together, using only the resources needed for a single test). If pooling procedures are used and a pooled test result comes back negative, then all the specimens can be presumed negative with the single test. If results come back positive, additional testing per employee to determine which one in the pool is the positive one would be required. Pool testing would reduce testing costs and results time.

4. Rules for the Unvaccinated

There is no more 6-foot distance rule when it comes to masking. All unvaccinated workers would be required to wear masks. They could only remove masks when they are alone in a closed room with the doors closed, when eating/drinking, when wearing a respirator, for identification purposes (security ID), when their job duties require seeing their mouth or when a face covering would present a serious injury or death. Unvaccinated workers who become close contacts would no longer have to be removed from the workplace.

5. Written Policy

Employers must have written policy in place that covers either mandatory vaccinations or a vaccination/testing option.

6. Training/Informing Workers About the ETS

Employers need to provide certain information to employees about the ETS and any method of information is acceptable as long as it includes the following information:

  • Information about the ETS
  • Employer policies/procedures
  • Vaccine information by providing the specific document “Key Things to Know About COVID-19 Vaccines”
  • Multiple sections of the OSH Act which protects against discrimination, reporting injuries/illnesses, retaliation, and about criminal penalties associated with knowingly supplying false information.

7. Recordkeeping

Vaccine and weekly testing records will be considered medical records which need to be maintained in a confidential manner. However, unlike other OSHA medical record requirements, vaccine and weekly testing records would only need to be maintained for the life of ETS.

8. Compliance Date

At the moment, the compliance date is December 6, 2021 for all provisions except weekly testing. The compliance date for weekly COVID testing is January 4, 2022.

###

iSi will be monitoring developments with federal OSHA ETS and will update this article, or provide additional information in our blog as information continues to develop.

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Curtis Leiker, CSP
Curtis Leiker, CSP

Contributing:

Curtis Leiker, CSP

Certified Safety Professional |  ISO 45001 and 14001 Lead Auditor

Curtis Leiker, CSP is a project manager at iSi Environmental. Besides assisting companies with ISO 14001 and 45001 implementation, Curtis manages environmental and safety programs, reporting and compliance issues for aviation, general industry and agricultural facilities. He’s able to see the big picture, but focus on the details and enjoys working to solve EHS issues.

Email  |  LinkedIn

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Halloween Safety Tips

Halloween Safety Tips

As a safety consultant, we make sure that our teams know about safety in all aspects of their life, not just the OSHA kind at work.   Safety at home is just as important as safety at work. 

It’s the first official holiday of fall – Halloween!  Before venturing out with the kids, you might want to review these Halloween Safety tips.

As a safety consultant, we make sure that our teams know about safety in all aspects of their life, not just the OSHA kind at work.   Safety at home is just as important as safety at work. 

It’s the first official holiday of fall – Halloween!  Before venturing out with the kids, you might want to review these Halloween Safety tips.

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Health Hazard OSHA Regional Emphasis Program Looks at Industrial Hygiene-Related Issues

Health Hazard OSHA Regional Emphasis Program Looks at Industrial Hygiene-Related Issues

OSHA has issued a new regional emphasis program for its Region VII states (Kansas, Iowa, Missouri and Nebraska) that is targeting industries considered to be in the Top 50 for creating worker health hazards.  Called, “Top 50 Workplace – Health Hazard,” some of the other OSHA regions have similar emphasis programs, or more targeted programs.  Region VII didn’t have a mechanism to inspect for health hazards, so they created this one.

Effective and Enforcement Dates

It is effective October 1, 2021 through September 30, 2026.  Enforcement begins January 4, 2022.

What is This About?

This regional emphasis program is related to industrial hygiene.  Industrial hygiene deals with worker occupational health and tests the exposures workers have to potential health hazards. Besides protecting workers from safety injuries, OSHA’s goal is to protect workers from health hazards too.  Many health hazards are longer term issues that cannot be found by just looking at a company’s injury/illness data.

Exposures to certain substances may not cause health issues and cancer for a number of years.  For example, health issues from asbestos exposure may not arise for 15-50 years after exposure, formaldehyde 2-15 years, benzene 1-10 years, hexavalent chromium 20 years and nickel 13-24 years.

OSHA looked at inspection data from the past 3 years and ranked types of companies by the number of serious violations.  They narrowed that list to the Top 50 by NAICS code.  From there, they’re putting all the companies that fall within that list into a random picker to develop their first inspection list.  All of the companies on that list will be inspected before a new list is generated.  If all the companies on the list are not inspected within 3 years, then they’ll carry over to the new list.  OSHA will generate a new target list every 3 years at a minimum.

What Will Be Inspected?

By knowing what OSHA will be looking for, you’ll have an idea of what you need to do and the procedures to have in place in order to be ready.  Inspectors will ask to see your company’s:

  • Exposure monitoring* program;
  • Exposure monitoring records;
  • OSHA 300 logs to identify threshold hearing shifts, skin disorders, respiratory conditions, poisonings and other illnesses;
  • Safety and health programs for ventilation, occupational noise exposure, nonionizing radiation, hazardous materials from Subpart H, PPE, permit-required confined spaces, medical services and first aid, toxic and hazardous substances from Subpart Z and Hazcom; and,
  • Your programs for temporary employees. OSHA sees temps as more vulnerable to these types of hazards. And then,
  • After the records review, OSHA will conduct a comprehensive walk around of your facility and will be looking for areas where they can conduct occupational exposure sampling to run the tests themselves. That testing will occur as soon as possible. This includes wipe sampling, full-shift and short term monitoring and area sampling.  Note: If OSHA shows up for this type of inspection, make sure you do side-by-side sampling with them so that if there are any discrepancies, you’ll be able to point them out.

*Exposure monitoring includes sampling for your employees’ exposure to various health hazards found in your facility.  This could be chemicals and substances such as asbestos, heavy metals, and formaldehyde, solvents and paints, hazardous dusts, welding fumes, noise, vibration, temperature, ventilation and particulates.

Remember that there is a number of OSHA emphasis programs already set in place. If your company is the target of one of them they can happen any time OSHA is already onsite for something else.  In the directive for this health hazard emphasis, they mention that if you fall under multiple emphasis areas, they’ll stack them and do them all at once in one comprehensive inspection.  In Region VII, there’s already a regional noise and respiratory hazards emphasis program.  Also in this region there’s a powered industrial truck emphasis so just having a forklift onsite could start the ball rolling on an inspection.

OSHA’s Goals – The Inspections’ Report Card

Knowing OSHA’s goals with these inspections can give you additional insight into what their inspectors will be looking for.  Each regional office is required to file a report on their efforts with this emphasis, and in it, they’ll be looking to prove their worth on these efforts, and how their staff helped improve overall workplace health.  Some of the data goals include:

  • Total number of health hazards abated;
  • Total number of overexposures identified;
  • Total number of personal air monitoring samples conducted (full shift, short-term, area samples);
  • Total number of wipe samples taken;
  • Total number of noise samples conducted;
  • Total number of workers removed from health hazards;
  • Total number of workers found overexposed to each substance found in 1910.1000-1910.1029; and,
  • Total number of safety hazards abated/workers removed from safety hazards (that they found at the same time they were there doing the health inspection).

The Top 50

This is the list of the Top 50 NAICS code industries who will be inspected.

What’s Next?

Is your company on this list and what do you need to do in order to be ready if your name is drawn?

iSi can help you get ready with program development, exposure monitoring plans and strategies, onsite exposure monitoring and onsite representation during the inspection.  Learn more about industrial hygiene here, or contact us today!

 

Is Your Company on the List?

We can help with the needed IH monitoring plan, onsite sampling and other assistance.  Contact us today!

Curtis Leiker, CSP
Curtis Leiker, CSP

Contributing:

Curtis Leiker, CSP

Certified Safety Professional |  ISO 45001 and 14001 Lead Auditor

Curtis Leiker, CSP is a project manager at iSi Environmental. Besides assisting companies with ISO 14001 and 45001 implementation, Curtis manages environmental and safety programs, reporting and compliance issues for aviation, general industry and agricultural facilities. He’s able to see the big picture, but focus on the details and enjoys working to solve EHS issues.

Email  |  LinkedIn

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Recognize the Signs of Heat Illness

Recognize the Signs of Heat Illness

recognizing the signs of heat illness

Hot working conditions can bring increased risks of heat illness, especially when heat-producing equipment is used. 

OSHA has added an item in its Spring Regulatory Agenda called “Heat Illness Prevention in Outdoor and Indoor Work Settings” to start the wheels in motion for a potential heat-related regulation.  Right now it’s only in the Request for Information stage, but congressional members and public citizens have been petitioning for a standard for a while.  Some state plan states have already included heat-related rules in their standards.  

Heat is the leading weather-related killer.  The most important thing to remember about a person suffering from heat illness is to get them out of the heat ASAP. Take them to a shaded or air-conditioned area. A running vehicle with air conditioning works if no shaded area is available. Always stay with a victim of heat illness until medical personnel arrive. Be aware of yourself and your team for any symptoms and take the appropriate action immediately.  

Heat rash can appear on skin as small or large clusters of red bumps.

  • What to do:
    • Get to a cool, dry place.
    • Keep rash dry; use powder to soothe.

Heat cramps bring pain or spasms to muscles.

  • What to do:
    • Halt physical activity until cramps go away.
    • Get to a cool place.
    • Drink water or electrolyte drink.
  • Seek medical attention if the victim:
    • Has cramps lasting longer than 1 hour.
    • Has heart problems.
    • Is on a low-sodium diet.

Heat exhaustion occurs when the body’s temperature can’t cool down. Think of this as a situation where extreme conditions exhaust the body. It is severe and can occur in one day or over multiple days when in a consistently hot environment.

  • Watch for:
    • Heavy sweating
    • Cold, clammy, pale skin
    • Fast and weak pulse
    • Nausea or vomiting
    • Headache
    • Weakness or tiredness
    • Dizziness
    • Fainting
    • Muscle cramps
  • What to do:
    • Get to a cool place.
    • Loosen clothing.
    • Sip water; do not chug.
    • Place cool cloths or cold packs under arms or on neck.
  • Seek medical attention if the victim:
    • Is vomiting.
    • Experiences worsening symptoms.
    • Experiences symptoms lasting longer than 1 hour.

Heat stroke occurs when body temperature is excessively high. Think of this as a situation that causes the body to stroke or seize up completely. This is a serious medical emergency that can cause shock, brain damage, organ failure, and death. It could be caused by heat exhaustion that was not properly treated.

  • Watch for:
    • Red, hot, dry skin (no sweating)
    • Fast and strong pulse
    • Nausea
    • Throbbing headache
    • High body temperature
    • Dizziness or confusion
    • Slurred speech
    • Losing consciousness
    • Seizures
  • What to do:
    • Call 911 – follow their advice.
    • Get to a cool place.
    • Loosen clothing.
    • Place cool cloths or cold packs under arms or on neck.
    • Do not provide anything to drink.

Dehydration can be a common cause of heat illness. Maintaining hydration is important, even if you don’t feel thirsty. Drinking water or electrolyte drinks are highly preferred to sugary and heavily caffeinated drinks. OSHA recommends drinking small amounts of cool water often before getting thirsty; 4 cups every hour during heat index values between 103°F – 115°F. Another recommendation is not to exceed 12 quarts of water per day.

An important reminder is that every person and situation is different. Some people require more water than others. These intake amounts depend on several things including the type of work being done, how much you’re sweating, and your personal risk factors. Don’t chug a large amount of water in the morning and call it good for the day; the important thing is maintaining hydration. You don’t flood your vegetable garden once at the beginning of the month and neglect it the rest of the month. If you do, you probably don’t have much of a harvest.

It’s the supervisor’s duty to have a plan in place during days of extreme heat. If possible, rescheduling a job to a cooler day or even a cooler part of the day could make a difference. Getting a job done on time is important, as is maintaining client satisfaction. However, no part of a job is worth risking the health and safety of your team and clients should understand that.

 

OSHA Heat Regulation

Monitor OSHA’s progress on a potential heat illness prevention standard here.

drew lyon
drew lyon

Contributing:

Drew Lyon

Project Manager | Meteorologist

Drew Lyon’s experience and training encompasses environmental reporting, day-to-day EHS compliance assistance at manufacturing facilities, wastewater compliance, hazardous waste management, environmental field sampling and safety. She is also a meteorologist, providing weather-related guidance to clients and our team.

Email  |  LinkedIn

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Which Emergency Response Plans are You Required to Develop for Your Facility?

Which Emergency Response Plans are You Required to Develop for Your Facility?

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In a review of environmental and safety regulations, you will find quite a few references to developing emergency response plans or emergency response procedures.  Each one has its own purpose and its own requirements.

The following is a list of the most commonly required emergency plans, along with their standards reference and a brief description of each.  Which ones apply to you?

EPA 

Spill Prevention, Control and Countermeasures [40 CFR 112]

These plans, aka SPCC Plans, cover all types of oils, including petroleum, fuel oil, sludge, vegetable oils, mineral oils and synthetic oils.  If your facility has the capacity aboveground of 1,320 gallons or more or underground capacity of 42,000 gallons or more, you quality for this regulation.  Read more about SPCC Plans here.

Facility Response Plans [40 CFR 112]

If you have over 42,000 gallons of oils and are transferring them over water to/from vessels, or if you have over 1,000,000 gallons and meet certain criteria, you are required to additionally have a Facility Response Plan, or FRP.  Both the SPCC and FRP are plans from the Federal Water Pollution Control Act.

Risk Management Plans [40 CFR 68]

Risk Management Plans, or RMPs, come from the Clean Air Act.  These are for facilities such as chemical manufacturers, water treatment plants, cold storage facilities, and COOPs that store regulated substances in quantities greater than listed thresholds.

Hazardous Waste Contingency Plans [40 CFR 262]

A part of the RCRA hazardous waste regulations, these plans apply to both small and large quantity generators.  The term “contingency plan” is only for large quantity generators.  Small quantity generators don’t have a similar cool term but they still need to develop emergency procedures.

OSHA

Emergency Action Plans [29 CFR 1910.138]

Emergency Action plans are specifically mentioned in the regulations related to confined spaces, bloodborne pathogens, fire protection, lab safety, and medical services/first aid.

At a minimum, emergency action plans (EAPs) need to include procedures for:

  • Reporting a fire or other emergency;
  • Emergency evacuation, including type and exit routes;
  • Employees who remain to operate in critical plant operations before they evacuate;
  • Accounting for all employees after evacuation;
  • Employees performing rescue or medical duties; and,
  • Name and job title of every employee who may be contacted by employees who need more information about the plan or their duties under the plan.

HAZWOPER Emergency Response Plans [29 CFR 1910.120

If your company has employees assigned to respond to releases of hazardous substances at any location, at their regular work location, or from a duty station such as a fire department, fire brigade, or emergency medical service, you are required to have an emergency response plan for this.  The HAZWOPER plan has also been adopted by EPA’s SARA regulations at 40 CFR 311 for state and local government employees in federal-OSHA states and their volunteers.

Process Safety Emergency Planning [29 CFR 1910.119]

Workplaces subject to OSHA’s Process Safety Management standard are required to have emergency plans.  These plans are not much different than the requirements of the EAPs, but it adds in requirements for small releases.   Learn more about Process Safety Management here.

Fire Prevention Plans [29 CFR 1910.39]

When an OSHA standard requires a fire prevention plan, the requirements for the plan can be found in this standard.  Some of these include standards for portable fire extinguishers, ethylene oxide, methylenedianiline and 1.3-butadiene.

OSHA Emergency Plan References for Specific Substances

The following OSHA standards for specific chemicals/materials reference emergency procedures:

  • 13 Carcinogens [29 CFR 1910.1003(e)(4)(ii)] – Specific emergency procedures prescribed, posted, and employees shall be familiarized with their terms and rehearsed;
  • Vinyl chloride [29 CFR 1910.1017(i)] – A written operational plan for emergency situations shall be developed for each facility storing, handling, or otherwise using vinyl chloride as a liquid or compressed gas;
  • Beryllium [29 CFR 1910.1024(m)(4)(ii)] – Written exposure control plan which includes emergency procedures is required;
  • Cadmium [29 CFR 1910.1027(h)] – Written plan required for dealing with substantial releases of airborne cadmium.
  • 1,2-dibromo-3-chloropropane [29 CFR 1910.1044(i)(1)(i)] – A written plan for emergency situations shall be developed for each workplace in which DBCP is present;
  • Acrylonitrile [29 CFR 1910.1045(i)(1)(i)] – A written plan for emergency situations shall be developed for each workplace where liquid AN is present. Appropriate portions of the plan shall be implemented in the event of an emergency;
  • Ethylene oxide [29 CFR 1910.1047(h)(1)(i)] – A written plan for emergency situations shall be developed for each workplace where there is a possibility of an emergency. Appropriate portions of the plan shall be implemented in the event of an emergency;
  • Formaldehyde [29 CFR 1910.1048(n)(4)(i)] – Must have written training materials available and within those training materials is a review of emergency procedures including the specific duties or assignments of each employee in the event of an emergency;
  • Methylenedianiline [29 CFR 1910.1050(d)(1)(i)] – A written plan for emergency situations shall be developed for each workplace where there is a possibility of an emergency. Appropriate portions of the plan shall be implemented in the event of an emergency; and,
  • 1,3-Butadiene [29 CFR 1910.1051(j)] – Emergency situations. Written plan. A written plan for emergency situations shall be developed, or an existing plan shall be modified, to contain the applicable elements specified in 29 CFR 1910.38 and 29 CFR 1910.39, “Emergency action plans” and “Fire prevention plans,” respectively, and in 29 CFR 1910.120, “Hazardous Waste Operations and Emergency Response,” for each workplace where there is the possibility of an emergency.

Other Agencies’ Emergency Response Plans

 

There are a number of other agencies that require emergency plans or procedures depending on what you are doing or what you have onsite.

  • Department of Transportation Research and Special Programs Administration (RSPA) Pipeline Response Plan [49 CFR Part 194] – For onshore oil pipelines that could discharge oil into or on any navigable waters of the U.S. or adjoining shorelines;
  • Coast Guard Facility Response Plan [33 CFR 154, Subpart F] – For marine transportation-related facilities that could discharge oil into or on navigable waters, shorelines or exclusive economic zones.
  • Department of the Interior Minerals Management Service Facility Response Plan [30 CFR Part 254] – For owners or operators of oil handling, storage or transportation facilities located seaward of the coast line;
  • FEMA Emergency Operation Plan [44 CFR Part 302] – For jurisdictions receiving emergency management performance grants by FEMA;
  • Federal Radiological Emergency Response Plan [10 CFR Part 50] – Related to potential accidents involving nuclear material; and,
  • State-specific plans.

A Combined Plan to Satisfy Multiple Requirements

 

As a company, you may need to prepare a number of these plans, and some of them can have the same overlapping requirements.  Having multiple plans could be a nightmare to keep track of if your facility was required to have several.  Seeing this, a collection of agencies forming the National Response Team developed a guidance for a “one plan” option.

The National Response Team, or NRT, is made up of EPA, OSHA, the Coast Guard, the Minerals Management Service, and DOT’s RSPA.  EPA is the chair of the NRT.  They issued guidance for Integrated Contingency Plans, or ICPs.

ICPs apply to oils and non-radiological hazardous substances.  You can make one ICP that can covers all of the following emergency response plans into one plan.

  • SPCC Plan
  • EPA Facility Response Plan
  • EPA Risk Management Plan
  • Hazardous Waste Contingency Plan
  • OSHA Emergency Action Plan
  • OSHA HAZWOPER
  • OSHA Process Safety Emergency Plan
  • DOT Pipeline Response Plan
  • Coast Guard Facility Response Plan
  • Minerals Management Service Facility Response Plan

This helps consolidate the overlap, but you will need to make sure you include all of the elements that are required in these plans.  The NRT suggests that you also incorporate your state and local-specific emergency response procedures into this plan as well.  You are still free to hold separate plans, but the NRT has provided this option to help you demonstrate compliance.

Where Do You Go for More Info?

 

We will be breaking all of these different plans out and explaining them further in future blog posts.

In the meantime, if you have questions, need help sorting through which plans you need, need assistance in pulling something together or consolidating your current plans into an ICP, iSi can help.  Not only can we help determine the plans you need, but we can write them, organize them and double check them for you too.  Contact us today for more information and a price quote!

In a review of environmental and safety regulations, you will find quite a few references to developing emergency response plans or emergency response procedures.  Each one has its own purpose and its own requirements.

The following is a list of the most commonly required emergency plans, along with their standards reference and a brief description of each.  Which ones apply to you?

EPA 

Spill Prevention, Control and Countermeasures [40 CFR 112]

These plans, aka SPCC Plans, cover all types of oils, including petroleum, fuel oil, sludge, vegetable oils, mineral oils and synthetic oils.  If your facility has the capacity aboveground of 1,320 gallons or more or underground capacity of 42,000 gallons or more, you quality for this regulation.  Read more about SPCC Plans here.

Facility Response Plans [40 CFR 112]

If you have over 42,000 gallons of oils and are transferring them over water to/from vessels, or if you have over 1,000,000 gallons and meet certain criteria, you are required to additionally have a Facility Response Plan, or FRP.  Both the SPCC and FRP are plans from the Federal Water Pollution Control Act.

Risk Management Plans [40 CFR 68]

Risk Management Plans, or RMPs, come from the Clean Air Act.  These are for facilities such as chemical manufacturers, water treatment plants, cold storage facilities, and COOPs that store regulated substances in quantities greater than listed thresholds.

Hazardous Waste Contingency Plans [40 CFR 262]

A part of the RCRA hazardous waste regulations, these plans apply to both small and large quantity generators.  The term “contingency plan” is only for large quantity generators.  Small quantity generators don’t have a similar cool term but they still need to develop emergency procedures.

OSHA

Emergency Action Plans [29 CFR 1910.138]

Emergency Action plans are specifically mentioned in the regulations related to confined spaces, bloodborne pathogens, fire protection, lab safety, and medical services/first aid.

At a minimum, emergency action plans (EAPs) need to include procedures for:

  • Reporting a fire or other emergency;
  • Emergency evacuation, including type and exit routes;
  • Employees who remain to operate in critical plant operations before they evacuate;
  • Accounting for all employees after evacuation;
  • Employees performing rescue or medical duties; and,
  • Name and job title of every employee who may be contacted by employees who need more information about the plan or their duties under the plan.

HAZWOPER Emergency Response Plans [29 CFR 1910.120

If your company has employees assigned to respond to releases of hazardous substances at any location, at their regular work location, or from a duty station such as a fire department, fire brigade, or emergency medical service, you are required to have an emergency response plan for this.  The HAZWOPER plan has also been adopted by EPA’s SARA regulations at 40 CFR 311 for state and local government employees in federal-OSHA states and their volunteers.

Process Safety Emergency Planning [29 CFR 1910.119]

Workplaces subject to OSHA’s Process Safety Management standard are required to have emergency plans.  These plans are not much different than the requirements of the EAPs, but it adds in requirements for small releases.   Learn more about Process Safety Management here.

Fire Prevention Plans [29 CFR 1910.39]

When an OSHA standard requires a fire prevention plan, the requirements for the plan can be found in this standard.  Some of these include standards for portable fire extinguishers, ethylene oxide, methylenedianiline and 1.3-butadiene.

OSHA Emergency Plan References for Specific Substances

The following OSHA standards for specific chemicals/materials reference emergency procedures:

  • 13 Carcinogens [29 CFR 1910.1003(e)(4)(ii)] – Specific emergency procedures prescribed, posted, and employees shall be familiarized with their terms and rehearsed;
  • Vinyl chloride [29 CFR 1910.1017(i)] – A written operational plan for emergency situations shall be developed for each facility storing, handling, or otherwise using vinyl chloride as a liquid or compressed gas;
  • Beryllium [29 CFR 1910.1024(m)(4)(ii)] – Written exposure control plan which includes emergency procedures is required;
  • Cadmium [29 CFR 1910.1027(h)] – Written plan required for dealing with substantial releases of airborne cadmium.
  • 1,2-dibromo-3-chloropropane [29 CFR 1910.1044(i)(1)(i)] – A written plan for emergency situations shall be developed for each workplace in which DBCP is present;
  • Acrylonitrile [29 CFR 1910.1045(i)(1)(i)] – A written plan for emergency situations shall be developed for each workplace where liquid AN is present. Appropriate portions of the plan shall be implemented in the event of an emergency;
  • Ethylene oxide [29 CFR 1910.1047(h)(1)(i)] – A written plan for emergency situations shall be developed for each workplace where there is a possibility of an emergency. Appropriate portions of the plan shall be implemented in the event of an emergency;
  • Formaldehyde [29 CFR 1910.1048(n)(4)(i)] – Must have written training materials available and within those training materials is a review of emergency procedures including the specific duties or assignments of each employee in the event of an emergency;
  • Methylenedianiline [29 CFR 1910.1050(d)(1)(i)] – A written plan for emergency situations shall be developed for each workplace where there is a possibility of an emergency. Appropriate portions of the plan shall be implemented in the event of an emergency; and,
  • 1,3-Butadiene [29 CFR 1910.1051(j)] – Emergency situations. Written plan. A written plan for emergency situations shall be developed, or an existing plan shall be modified, to contain the applicable elements specified in 29 CFR 1910.38 and 29 CFR 1910.39, “Emergency action plans” and “Fire prevention plans,” respectively, and in 29 CFR 1910.120, “Hazardous Waste Operations and Emergency Response,” for each workplace where there is the possibility of an emergency.

Other Agencies’ Emergency Response Plans

 

There are a number of other agencies that require emergency plans or procedures depending on what you are doing or what you have onsite.

  • Department of Transportation Research and Special Programs Administration (RSPA) Pipeline Response Plan [49 CFR Part 194] – For onshore oil pipelines that could discharge oil into or on any navigable waters of the U.S. or adjoining shorelines;
  • Coast Guard Facility Response Plan [33 CFR 154, Subpart F] – For marine transportation-related facilities that could discharge oil into or on navigable waters, shorelines or exclusive economic zones.
  • Department of the Interior Minerals Management Service Facility Response Plan [30 CFR Part 254] – For owners or operators of oil handling, storage or transportation facilities located seaward of the coast line;
  • FEMA Emergency Operation Plan [44 CFR Part 302] – For jurisdictions receiving emergency management performance grants by FEMA;
  • Federal Radiological Emergency Response Plan [10 CFR Part 50] – Related to potential accidents involving nuclear material; and,
  • State-specific plans.

A Combined Plan to Satisfy Multiple Requirements

 

As a company, you may need to prepare a number of these plans, and some of them can have the same overlapping requirements.  Having multiple plans could be a nightmare to keep track of if your facility was required to have several.  Seeing this, a collection of agencies forming the National Response Team developed a guidance for a “one plan” option.

The National Response Team, or NRT, is made up of EPA, OSHA, the Coast Guard, the Minerals Management Service, and DOT’s RSPA.  EPA is the chair of the NRT.  They issued guidance for Integrated Contingency Plans, or ICPs.

ICPs apply to oils and non-radiological hazardous substances.  You can make one ICP that can covers all of the following emergency response plans into one plan.

  • SPCC Plan
  • EPA Facility Response Plan
  • EPA Risk Management Plan
  • Hazardous Waste Contingency Plan
  • OSHA Emergency Action Plan
  • OSHA HAZWOPER
  • OSHA Process Safety Emergency Plan
  • DOT Pipeline Response Plan
  • Coast Guard Facility Response Plan
  • Minerals Management Service Facility Response Plan

This helps consolidate the overlap, but you will need to make sure you include all of the elements that are required in these plans.  The NRT suggests that you also incorporate your state and local-specific emergency response procedures into this plan as well.  You are still free to hold separate plans, but the NRT has provided this option to help you demonstrate compliance.

Where Do You Go for More Info?

 

We will be breaking all of these different plans out and explaining them further in future blog posts.

In the meantime, if you have questions, need help sorting through which plans you need, need assistance in pulling something together or consolidating your current plans into an ICP, iSi can help.  Not only can we help determine the plans you need, but we can write them, organize them and double check them for you too.  Contact us today for more information and a price quote!

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Curtis Leiker, CSP
Curtis Leiker, CSP

Contributing:

Curtis Leiker, CSP

Certified Safety Professional |  ISO 45001 and 14001 Lead Auditor

Curtis Leiker, CSP is a project manager at iSi Environmental. Besides assisting companies with ISO 14001 and 45001 implementation, Curtis manages environmental and safety programs, reporting and compliance issues for aviation, general industry and agricultural facilities. He’s able to see the big picture, but focus on the details and enjoys working to solve EHS issues.

Email  |  LinkedIn

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Does this apply to your company?  Do you have questions?  Contact us!

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OSHA Issues Emergency Standard for COVID

OSHA Issues Emergency Standard for COVID

UPDATE 6/10/21: 

OSHA has issued an emergency temporary standard for Covid-19, but it will only apply to healthcare workers.  For all other industries, there is new updated guidance related to unvaccinated and otherwise at-risk workers.

Emergency Temporary Standard

The new standard, 1910.502, applies to settings where any employee provides healthcare services or healthcare support services.  This includes “This includes employees in hospitals, nursing homes, and assisted living facilities; emergency responders; home healthcare workers; and employees in ambulatory care facilities where suspected or confirmed COVID-19 patients are treated.”  It does not apply to those providing first aid only. 

More details about the requirements can be found at https://www.osha.gov/coronavirus/ets.

Employer Guidance for Protecting At-Risk Workers

According to OSHA, “Unless otherwise required by federal, state, local, tribal, or territorial laws, rules, and regulations, most employers no longer need to take steps to protect their fully vaccinated workers who are not otherwise at-risk from COVID-19 exposure.”  Their new guidance is to ensure employers focus their efforts on unvaccinated or otherwise at-risk workers in their workplaces (or well-defined portions of workplaces). 

Some elements include:

  • Granting Paid Time Off for Vaccinations
  • Instruct Workers Who Have Become a Close Contact of an Infected Person, or Have Symptoms Themselves to Stay Home
  • Physical Distancing for Unvaccinated Workers
  • Provide Masks for Unvaccinated Workers and Suggest Unvaccinated Customers, Visitors, or Guests Wear Face Coverings
  • Provide Covid-19 Policies and Procedures in Languages Employees Will Understand
  • Maintain Ventilation Systems
  • Record and Report Work-Related Covid Infections and Deaths per 29 CFR 1904
  • Implement Retaliation Protections

Employers must continue to follow mandatory OSHA standards that apply to ensure workers are protected from infection, including: 

  • Requirements for PPE (29 CFR 1910, Subpart I (e.g., 1910.132 and 133))
  • Respiratory Protection (29 CFR 1910.134)
  • Sanitation (29 CFR 1910.141)
  • Protection from Bloodborne Pathogens: (29 CFR 1910.1030)
  • Employee Access to Medical and Exposure Records (29 CFR 1910.1020).
  • Where the Emergency Temporary Standard does not apply, employers are required under the General Duty Clause, Section 5(a)(1) of the OSH Act, to provide a safe and healthful workplace free from recognized hazards that are causing or likely to cause death or serious physical harm .

More information on this guidance can be found at: https://www.osha.gov/coronavirus/safework.

UPDATE 1/21/21: 

President Biden signed an Executive Order on Thursday, Jan. 21, 2021 that requires the following:

  1. Within 2 weeks (by Feb. 4, 2021), OSHA is required to:
    • OSHA and MSHA are required to determine if an emergency temporary standard is necessary.  If so, it will be due by Mar. 15, 2021.  Although the date has passed, it’s been reported that OSHA has alerted the U.S. Chamber of Commerce that one has been drafted and they just need additional time to finish it and get it reviewed.
    • Issue guidance to employers on workplace safety during the COVID pandemic.  This guidance was issued Feb. 1.  It includes stronger language including outlining the components of a prevention program.  Check out the new guidance here.
  2.  OSHA is required to review its enforcement efforts and identify any short-term and long-term changes to be made.
  3.  A National Emphasis Program on COVID-19 in the workplace is required to be developed.  This was released March 15.  Check out the details HERE.
  4.  OSHA is to work with state plan states to make sure they have similar COVID plans in place, and for those who don’t have a state plan, work with state and local officials to make sure they have plans in place to protect public employees.
  5. The Secretaries of Labor, Health and Human Services, Transportation, Energy and Agriculture need to work to identify that workers not covered under OSHA in their respective categories are protected.

What’s an OSHA Emergency Temporary Standard?

Under certain limited conditions, OSHA is authorized to set emergency temporary standards that take effect immediately and are in effect until superseded by a permanent standard. OSHA must determine that workers are in grave danger due to exposure to toxic substances, new hazards, or agents determined to be toxic or physically harmful where an emergency standard is needed to protect them.  OSHA publishes the emergency temporary standard in the Federal Register, where it also serves as a proposed permanent standard. It’s subject to the usual procedure for adopting a permanent standard except that a final ruling should be made within six months. The validity of an emergency temporary standard may be challenged in an appropriate U.S. Court of Appeals.

What May Employers Be Required to Develop in a Federal Emergency Standard for COVID?

In total, 14 states have adopted comprehensive COVID-19 worker protections through executive order and/or their state OSHA programs.

Currently, there are 4 states – California, Virginia, Michigan and Oregon – that have issued a state-specific OSHA emergency standards through their state plans.  There are common themes between the policies of these 4 states and they have pulled items from each other.  These items would likely become a part of a federal emergency standard:

Conducting a Workplace Assessment

This would include identifying employee tasks, work environment, presence of the virus, number of employees, facility size, working distances, duration and frequency of exposure, and hazards encountered.

Develop an Exposure Control Plan

This would include designating an on-site COVID coordinator, providing free face coverings and requiring their use, signage, social distancing, barriers, remote working, prohibiting sick employees access to facility, enhanced cleanings for positive cases, employee screenings, and notification of positive cases.

Implement Controls 

This includes maximizing current ventilation systems, installing barriers, partitions, and airborne infection isolation rooms.

Training Employees 

Training would need to be specific to the place of employment.  Included would be reviewing control measures, proper use of PPE, how to report symptoms or positive cases, how to report unsafe working conditions, and an overview of the COVID-19 virus, symptoms, and means of transmission.

Maintain Records of Training, Screenings, and Notifications

This would include employee training, employee and visitor screenings, notifications as required to individuals and Health Departments.

How Often Have Emergency Standards Been Used Before?

OSHA has used emergency temporary standards 9 times.  The last time they were used was in 1983 for asbestos.  OSHA’s first emergency standard was also created for asbestos, and others have been created mostly for chemicals, including 12 different carcinogens, benzene and vinyl chloride.  Most standards have been challenged in court, and although there have been a few that have been vacated, most have remained in place.

###

iSi will be monitoring developments with federal OSHA emergency standard for COVID and will update this article, or provide additional information in our blog as information continues to develop regarding this issue.

We're Here to Help If You Need It

Short lead times for OSHA indicate the potential for a short lead time for employers to get program elements in place.  Our team of safety and industrial hygiene professionals are here to help with the things you may not have time to develop.  Let’s get the conversation started!
Curtis Leiker, CSP
Curtis Leiker, CSP

Contributing:

Curtis Leiker, CSP

Certified Safety Professional |  ISO 45001 and 14001 Lead Auditor

Curtis Leiker, CSP is a project manager at iSi Environmental. Besides assisting companies with ISO 14001 and 45001 implementation, Curtis manages environmental and safety programs, reporting and compliance issues for aviation, general industry and agricultural facilities. He’s able to see the big picture, but focus on the details and enjoys working to solve EHS issues.

Email  |  LinkedIn

Questions?

Does this apply to your company?  Do you have questions?  Contact us!

Receive News to Your Inbox

We send our articles by email whenever we add a new one.  Don’t miss out!  Sign up for our blog today.

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