OSHA cites huge fines, does it make an impact?

I just read an interesting article about OSHA issuing second million-dollar fine in a month. South Dakota Wheat Growers Association faces a $1.61 million in citations (there were 23 willful violations) for a December 22nd 2009 fatality at one of their facilities.  The worker suffocated after being engulfed by grain in one of the facility’s bins. OSHA’s investigation found that five additional workers were also at risk of being engulfed when they were sent into the bin to dig the victim out. We all should know that confined space safety is critical.

This company ignored safety standards and so do many, many others which is absolutely horrible. How do owners and safety managers sleep at night knowing they are intentionally putting their workers at risk?    Why isn’t it top priority all the time? There are so many workplace injuries and OSHA fines are getting more significant. That is great news! However, you usually don’t hear if the companies contest the fine(s) and if OSHA actually collects on them. It appears that fines don’t seem deter the company nor create a changed mentality about safety training and observance. It has to start from the top down, too many employees are being injured or killed. Does your company invest the time and treat workplace safety seriously? I appreciate your comments.

-Donna Kolody/Emedco

ANSI Z359.1-2007 Safety Requirements for Personal Fall Arrest Systems, Subsystems and Components

ANSI Z359.1 was originally published in1992 then later revised in 1999 with editorial changes only. The purpose of this Standard was to address the variety of equipment being developed in the rapidly growing field of Fall Protection.

The original Standard included the following equipment: harnesses,lanyards (including self-retracting lanyards), lifelines, energy absorbers,anchorage connectors, fall arresters, and components of such equipment including connectors, rope, straps, thread and thimbles. This Standard applied to fall arrest equipment used in General Industry and non-construction occupations. The Construction Industry has its own set of Standards (ANSI A10.32-2004).

The introduction of the ANSI Z359 Fall Protection Code attempts to provide a solution to minimize serious injuries often caused by misuse, poor product selection, inadequate training or possibly damaged/worn equipment. As a safety manager or business owner, protecting workers at heights is your responsibility! Here are some helpful links for you:

Understanding the ANSI Z359 Fall Protection Code

Miller® T.I.P.S. ™ for Total Compliance- Training, Inspection, Products Selection

Evaluating your current fall protection program

Fall Protection Links

Miller® Videos

Miller® Fall Protection Training Courses

MSA Fall Protection Training Courses

Emedco has a large selection of fall protection equipment to help you avoid fines and stay compliant! We have a great line up of fall protection solutions that meet and exceed OSHA, ANSI & CSA requirements such as: Harnesses, Lanyards, Lifelines and Confined Space Training Programs. You’ll find top brands such as: Miller, MSA and Fall Tech that ensure optimum quality, durability and mobility. Also, check out our huge selection of Personal Protective Equipment (PPE) that includes:  safety glasses, hearing protection, hard hats, head protection, gloves, protective clothing, ergonomic products (i.e. wrist, back and knee supports) and much more!  Your Way, Today Guaranteed!

Submitted by: Donna Kolody

Confined Space Safety

Confined Space Safety is always a hot topic. If you are a business owner or safety manager that oversees employees working in confined space, making smart decisions about the proper product selection is very important. Helps eliminate accidents, injury and liability- you never want your employees to become a statistic!

There are many products to choose from help your workers take the right safety precautions in and around enclosed work areas.

  • Confined Space Marking warn pedestrians and other workers of enclosed spaces. They prevent injury and liability by alerting people that there is a confined space entry in progress. Confined space marking includes stencils, labels, floor stands, barricade tape, permits and tags.
  • Confined Space Safety Barriers- prevent unauthorized entry to manholes, vessels, tanks and vaults. Choose from either a Ladderguard™ or Manhole Warning Barriers. The Ladderguard ™ creates a physical barrier by attaching to ladder to safely and effectively create a barrier that stops and warns workers of dangers before entering a confined space.  The Manhole Warning Barrier is a plastic manhole cover that fits tightly over it and has a vinyl label that withstands extreme conditions. Each confined space safety barriers contain a sign or vinyl label with messages that use the “Danger” header along with a confined space policy.
  • Air Quality Detectors-detect combustible gas, oxygen, carbon monoxide, hydrogen sulfide. Our monitors are affordable, rugged, compact to help you stay in compliance

Make Emedco your One-Stop Safety Source- Your Way, Today, Guaranteed!

Submitted by: Donna Kolody

Prevent Work-Related Falls & Deaths- Know the ABC’s of Fall Arrest Systems

Every year, over 100,000 injuries and deaths are the result of work-related falls- one of the highest causes of death in the workplace. So, according to OSHA 1926.502, it is every employer’s responsibility to develop and maintain a fall protection program.

Do you know the ABC’s?:

A- Anchorage/Anchorage Connector- Must be capable of supporting 5000 pounds of force per worker.

B- Body Wear- Full-body harness is the only form of body wear acceptable for fall arrest.

C- Connecting Device- the critical link which joins the body wear to the anchorage/anchorage connector.

Fall protection systems- can consist of devices that arrest a free fall or devices that restrain a worker who is in a position that prevents a fall from happening. A Fall Arrest System is employed when a worker is at risk of falling from an elevated position. This type of system consists of the following components:

  1. Tie-off Point
  2. Lifeline
  3. Rope Grab
  4. Shock-Absorbing Lanyard
  5. Cross-Arm Strap
  6. Retractable Lifeline
  7. Full-Body Harness
  8. Restraining Belt
  9. Restraining Lanyard
  10. Carabiner

A Positioning System restrains the elevated worker and prevents him/her from getting into a hazardous position where a fall could occur. It also allows hands-free work. These also have the above harnesses or belts, connection devices and tie-off points. However, these systems have limitations and it’s up to the Safety Manager (or other person in charge of training) to discuss them.

Full-body harnesses -wrap around the waist, shoulder and legs. A D-ring located in the center of the back provides a connecting point for lanyards and other fall arrest connection devices. Belts are also used in positioning system applications. They have two side D-rings, and are used only for restraining a worker in position. This type of belt is not used for any vertical free fall protection.

Where do I attach it? Per OSHA 1926.502(d)(17), it must be attached in the center of the wearer’s back, near or above the shoulder level or above the head.

Body Harnesses:These are designed to minimize stress forces on a worker’s body while providing sufficient freedom to perform the work. As of January 1, 1998, OSHA 1926.502(d)(18) stated that Body Belts are no longer acceptable since they would impose internal injuries when stopping a fall.

Vertical Lifeline/Lanyards-Must have a 5,000 lb minimum breaking strength and protect against cuts or abraded.

Self-Retracting Vertical Lifelines/Lanyards- Automatically limit free fall distance to 2 ft. or less and capable of sustaining a 3,000 minimum tensile load when in full extended position.

Horizontal lifelines- Are designed, installed and used under the proper supervision, and are used as part of a complete fall arrest system that maintains a safety factor of at least two.

Webbing- Must be made of synthetic fibers, these are the ropes and straps used in lifelines, lanyards and strength components of body harnesses. OSHA 1926.502(d)(14)

Connectors: Must be made from drop-forged, pressed or formed steel (or equivalent materials), must have a corrosion-resistant finish with smooth surfaces and edges to prevent damage to the system’s connecting parts. These include D-rings and snap hooks.

D-Rings: Must have a minimum 5,000 lb. tensile strength and be proof-tested to minimum 3,600lb tensile load without breaking, cracking or becoming permanently deformed.

Snap hooks- Must have minimum 5,000 lb tensile strength and be proof tested to a minimum 3,600 lb tensile load without breaking, cracking or becoming permanently deformed.

Anchorage- used for attachment of personal fall arrest equipment and is independent of any anchorage being used to support or suspend platforms. Capable of supporting at least 5,000 lbs per employee attached, or must be designed and used 1) under supervision of qualified person or 2) as part of a complete personal fall arrest system maintains a safety factor of at least two. OSHA 1926.502(d)(15)

Don’t let your workers be a statistic- choose Emedco as your One-Stop Safety Source to avoid fines and stay compliant! We have a great line up of fall protection solutions that meet and exceed OSHA, ANSI & CSA requirements such as: Harnesses, Lanyards, Lifelines and Confined Space Training Programs. You’ll find top brands such as: Miller, MSA and Fall Tech that ensure optimum quality, durability and mobility. Also, check out our huge selection of Personal Protective Equipment (PPE) that includes:  safety glasses, hearing protection, hard hats, head protection, gloves, protective clothing, ergonomic products (ie wrist, back and knee supports) and much more!.

Submitted by: Donna Kolody/Emedco

Slips, Trips and Falls- are you prepared?

April is Injury Prevention Month. Take the time this month to look at your training programs, replace any faded signs or ripped marking tape and stock up on essential Personal Protective Wear (PPE).

Did you know?

  • 4.1 million people suffer a workplace injury each year

  • 185 people (in the US) die each day from workplace injuries

  • Lost quality of life costs an additional $3,080.1 billion

  • Total days lost: 80,000,000

  • Cause of most common injury: Falls from one level to another

  • Construction laborers have highest injury rates

Emedco gathered these facts from the National Safety Council to keep you aware of common injuries and increase your knowledge of their consequences. Every year, companies spend billions of dollars on workplace injuries and time lost due to employee absence. Be proactive and save your budgets!

Here are some helpful tips to prevent falls and injuries or check out NIOSH website for information on falls from elevation. What products can I use to prevent falling from elevation? Glad you asked!

Emedco is your One-Stop Safety Source to avoid fines and stay compliant! We have a great line up of fall protection solutions that meet and exceed OSHA, ANSI & CSA requirements such as: Harnesses, Lanyards, Lifelines , Fall Protection Training and also Confined Space Training Programs. You’ll find top brands such as: Miller, MSA and Fall Tech that ensure optimum quality, durability and mobility. Also, check out our huge selection of Personal Protective Equipment (PPE) that includes:  safety glasses, hearing protection, hard hats, head protection, gloves, protective clothing, ergonomic products (ie wrist, back and knee supports) and much more!

Your Way, Today Guaranteed!

Submitted by: Donna Kolody/Emedco

Montcoal, W. Va.- Worst mining accident in 25 years

Upper Big Branch Mine blast in Montcoal, W. Va-. The mine, which employs about 200, is owned by the Massey Energy Company, based in VA, and operated by the Performance Coal Company. Current death toll for two groups of miners is at 25 and a third group of four are still unaccounted for, were even deeper in the mine. If they could reach one of two rescue chambers near the blast site, they would have food, water and enough air to survive for four days.

“All we know now is, this is an awful disaster,” Representative Nick J. Rahall II said as he arrived at the mine site, which is in his district. “This is the second major disaster at a Massey site in recent years, and something needs to be done.

Confined Spaces can be deadly and this is truth to that point. This is a very sad story and my thoughts and prayers go out to the victim’s families and hope the missing are found alive. As we all know, mining is a very dangerous occupation and this type of story seems to happen every few years. Previous violations should have had action items for correction to prevent this tragedy from happening. According to the news article, the Upper Big Branch mine has recorded an injury rate worse than the national average for similar operations for at least 6 of the past 10 years; also two fatalities in previous 10 years. Records show that the mine had 458 violations in 2009, with a total of $897,325 in safety penalties assessed against it last year. It has paid $168,393 in safety penalties. “Massey’s commitment to safety has long been questioned in the coalfields,” said Tony Oppegard, a lawyer and mine safety advocate from Kentucky.

Further, more than 100,000 coal miners have been killed in accidents in the United States since 1900, but the number of fatalities has fallen sharply in recent decades, the Mine Safety and Health Administration says. As late as the 1940s, it was not unusual to have more than 1,000 mining deaths a year; in 2009, there were 35 mining deaths, according to the agency. Click here for more mining statistics or link to OSHA.

Submitted by: Donna Kolody/Emedco

Gas Dangers

Confined spaces may contain toxic hazards that can be detected only through testing. Oxygen (O2) deficiency, hydrogen sulfide (H2S), carbon monoxide (CO), and methane (CH4) are common hazards in confined spaces that can be detected with a portable gas monitor. Depending on the industry, other gas hazards may be present.  Relying on a portable gas detector for H2S readings, and not sense of smell, is the most reliable method of ensuring that workers are notified well before dangerous levels are reached. In the range of 200 to 300 ppm, eye inflammation, respiratory tract irritation, and a loss of consciousness can occur. When levels of H2S reach 500 to 700 ppm, death will occur within 30 minutes to an hour.

Gas Safety is important. The risks can be divided into three categories: combustible gas, toxic gas, and high or low oxygen levels.  Making the worker’s assignment as safe as possible is the employer’s responsibility. A work location assessment is a requirement.

  • Combustible gas

For combustion to occur, the air must contain a minimum concentration of      combustible gas or vapor.  This quantity is called the lower explosive limit     (LEL).  At concentrations equal to or greater than this, combustion will occur in the presence of a suitable ignition source such as a spark or hot surface. For most combustible gases and vapors, the LEL is less than 5%    by volume, and a combustible atmosphere is usually described as “  hazardous” at 10% LEL.

Some examples that present dangers are as follows: storage vessels  which have contained hydrocarbon fuels and oils, and fuel leaks in  pipelines, gas cylinders and engine-driven plant. For workers in sub- surface environments such as sewers and pits, methane is an almost universal danger.  It’s an odorless gas underground and it’s formed by        decaying organic matter.

  • Toxic gases and vapors

Depending on the environment and the nature of the work, confined space  workers may be exposed to any of a large number of toxic compounds.  For example, generators used in a confined space produce carbon   monoxide in the exhaust fumes thereby creating a serious poisoning   risk.  Workers near vehicle traffic may be exposed to carbon monoxide  and nitrogen dioxide from exhaust fumes. Subsurface hazards are  hydrogen sulphide and carbon dioxide due to bacteria decomposition.

  • High or Low Oxygen Levels

The normal concentration of oxygen in fresh air is 20.9%.  If it falls below 19.5% or goes above 23.5%, an atmosphere is considered hazardous. If  the concentration falls to 17%, mental and physical agility are noticeably  impaired; death comes very quickly if it drops only a few percent more.  At  these levels, unconsciousness takes hold so rapidly that the victim will be unaware of what is happening.

How does a location get oxygen-deficient? Numerous reasons such as:   the result of oxygen displacement by a toxic or inert gas, microbial action,     oxidation caused by rusting metal, combustion, and absorption.

High oxygen levels are also dangerous.  As with too little, too much will  impair the victim’s ability to think clearly and act sensibly.  Moreover,     oxygen-enriched atmospheres represent a severe fire hazard.  From    clothing to grease, materials which would not normally burn become    subject to spontaneous combustion under these conditions.  Common      causes of oxygen enrichment include leaks from welding cylinders and even from breathing apparatus.

Gas Testing

Nowadays, multi-sensor confined space instruments are increasingly much less expensive, rugged, compact, easy to use than ever before.  A confined space gas detector kit makes stratified testing easy and generally includes a multi-gas monitor with pump, 10-foot sampling hose for pre-testing (longer lengths are available), spare batteries (rechargeable or alkaline), quad-gas cylinder for bump testing, and calibration with gas regulator, all conveniently contained in a rugged carrying case.

Stay Well and Be Safe in Confined Space!

Sources:

www.osha.gov

www.ohsonline.com

www.environmentalexpert.com

Submitted by: Donna Kolody/Emedco

More Confined Space Training Resources at Emedco!

Confined Space Training is an important topic and we all know that OSHA 29 CFR  1910.146 requires employers provide training to their workers. Emedco has a diverse selection of materials to help you stay compliant and  not have your workers become a statistic!

Choose from Confined Space Kits, Videos, Handbooks, Wall Charts & Wallet Cards, Certification & other Labels and much more! Contact our Solutions Team if you don’t find what you are looking for, we are happy to assist.  Phone  877-765-8386 or email us at:  emedco_solutions@emedco.com

So make Emedco your One-Stop Safety Source for Confined Space Training.  Your Way, Today, Guaranteed!

Submitted by: Donna Kolody/Emedco

Are your workers wearing the proper Fall Protection Equipment?

There are too many real stories of injuries and fatalities of workers not being trained nor using the proper fall protection equipment. It‘s critical in the construction and manufacturing/distribution environments.   As we know, OSHA 29 CFR 1810.132 requires owners to provide Fall Protection and other Personal Protective Wear (PPE) to their workers.

So choose Emedco as your One-Stop Safety Source to avoid fines and stay compliant! We have a great line up of fall protection solutions that meet and exceed OSHA, ANSI & CSA requirements such as: Harnesses, Lanyards, Lifelines and Confined Space Training Programs. You’ll find top brands such as: Miller, MSA and Fall Tech that ensure optimum quality, durability and mobility. Also, check out our huge selection of Personal Protective Equipment (PPE) that includes:  safety glasses, hearing protection, hard hats, head protection, gloves, protective clothing, ergonomic products (ie wrist, back and knee supports) and much more!.

Your Way, Today Guaranteed!

Submitted by: Donna Kolody/ Emedco

Realistic On-Site Confined Space Training Program

Here’s a great example of a fire hall that gives a realistic training session at their facility to build knowledge and promote confidence. Steinbach’s Fire Hall in Canada built an addition in their basement to teach firefighters how to work in confined spaces…and they are using it significantly!

Deputy Fire Chief, Don Smith says, “There are several rescue scenarios that this setup allows our firefighters to simulate and experience. All the scenarios are conducted in pitch-blackness with smoke screens inserted into the masks of the firefighters, creating a more realistic burn situation. Firefighters who have run the course have only said great things about the experience.”

The article explains that the course simulates various scenarios: entanglement situation, wall breaches, and has a sound system that pipes in breaking glass, popping sounds, white noise. At times, firefighters must even remove their breathing apparatus temporarily to escape through narrow spaces.

Valuable lessons are learned from the confined space training course such as:  air conservation, familiarizing yourself with your surroundings on all sides, and improved communication between firefighters when responding to a fire call or performing a rescue.

Submitted by: Donna Kolody/Emedco– your One Stop Source for Confined Space Products.