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I am proud to announce that SAFTENG and The Chlorine Institute have renewed our partnership for another year (through 2026). Members of The Chlorine Institute receive a FREE SAFTENG membership. If you qualify, please contact me
NOTE: Any trade group interested in becoming a partner with SAFTENG for your Member Companies, please reach out, and I can share the plan
SAFTENG has:
- Over 18,000 categorized unsafe acts/conditions and accident/injury photos
- Over 1,500 ppt's & doc's in the SAFTENG Library
- Over 4,000 Technical Articles on Process Safety, Emergency Response & OSH topics
- Over 450 videos (those not allowed on YouTube Channel)
Many THANKS to my NEW Members and those who CONTINUE to support SAFTENG:
Some interesting data on Anhydrous Ammonia releases in NY state from 1993-1998.
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I have been asked to explain the difference between actions an operator may take during a process leak and the actions that the same operator may take as an “emergency responder” to the leak.
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Many THANKS to my NEW & RENEWING
Corporate Partners in Safety!
since 3/2011
since 3/2011
since 2007
since 2009
since 2/11
2011 Fatality Tracker
Electrical
6
(2010 = 90)
(2009 = 100)
Forklift/Manlift
Mobile Equipment
27
(2010 = 110)
(2009=88)
Mining
48...
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Still today (2011) we come across facilities working so hard to be the best they can be in PSM/RMP and in 99% of their process they are exceeding expectations. They are doing EVERYTHING WELL and running a VERY TIGHT ship…except for the loading and unloading of their Highly Hazardous Chemical (HHC).
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Nonconductive plastics and other nonconductive materials should be avoided in areas where flammable vapors, gases or powders may be present since static charges can accumulate on nonconductors. However, it is not always possible to completely eliminate nonconductors, so the following lists some of the ways to reduce the static hazard associated with these materials:
When it is necessary to use plastic...
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Cleaning small parts and portable equipment with solvents, either using an automatic device or manual cleaning, is a potentially extremely hazardous task relative to static generation and spark ignition of solvent vapors. Significant static electricity charging can occur during cleaning by contact and separation resulting from the following activities:
Solvent spraying, which can involve...
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One option for mitigating the static hazards associated with low conductivity liquids is to raise the conductivity of the liquid. This can be accomplished by either blending the low conductivity liquid with a conductive liquid (e.g., alcohol, ketone) or by adding a static dissipating additive into the low conductivity liquid.
When blending a low conductivity liquid with a conductive one, the...
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Toluene is a widely used low conductivity flammable liquid. Toluene’s vapor pressure is such that one is assured of a flammable vapor/air mixture at the ambient temperatures found in most facilities. The Lower Explosive Limit (LEL) of toluene is 1% and is reached at a temperature of 40°F (4°C). The Upper Explosive Limit (UEL) is 7% and is reached at a temperature of approximately 98°F...
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Improper handling of low conductivity liquids is a source of static energy that causes flammable vapor ignition. Low conductivity liquids will accumulate a static charge from liquid shear charging at the pipe or vessel wall. The charge in a low conductivity liquid can NOT be dissipated by grounding.
Low conductivity liquids are typically derived from distilling or fractionating hydrocarbon feedstocks....
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This notice is to inform you of an increase in the number of hazardous materials (HM) incidents involvingAnhydrous Ammonia (NH3) and Liquefied Petroleum Gas (LPG)
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In my line of work, I deal with a lot of fire departments. It almost never fails that I am told at least once while on scene that “all that OSHA stuff don’t apply to us”. In many cases this is a true statement; however, EPA has adopted OSHA’s Hazwoper standard (1910.120) and will enforce it when OSHA has no juridiction. But I also want to point out that in...
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A fundamental requirement of using respirators is NO facial hair that could interfere with the respirator’s operation or the respirator’s fit. OSHA states:
1910.134(g)(1)(i) The employer shall not permit respirators with tight-fitting facepieces to be worn by employees who have:
1910.134(g)(1)(i)(A) Facial hair that comes between the sealing surface of the facepiece and the face or that...
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