MANY THANKS to my NEW & RENEWING “Partners in Safety”for their support! City of Boise, ID since 2007, Haynes since 2005, Air Products since 2009, Benjamin Moore Paints since 2011 2012 Fatality Tracker Electrical 1 (2011 = 81) (2010 = 90) (2009 = 100) Forklift/Manlift Mobile Equipment 1 (2011 = 84) (2010 = […]
We Believe …That every man or women bears the unalterable responsibility for keeping out of harm’s way. This he or she owes to him or herself, their family, their fellows and his or her job.
Oily waste safety cans are an essential safety device where ever cloths and wiping rags are used with oils and solvents. Rags and cloths soaked with solvents, thinners, linseed oil, combustible adhesives and other flammable liquids present a serious fire risk if they are improperly discarded. These safety cans are specially designed to isolate
Most businesses have established their safe upper and lower limits for the most obvious process parameters such as pressures, temperatures, and levels; but in a flammable liquid process involving non-conductive flammable liquids establishing a safe upper and lower limit for flow is an ABSOLUTE MUST. There is not a Recognized and Generally Accepted Good Engineering
In the last two years we have seen a dramatic increase in the use of Anti-Static Wrist Bands in industrial settings. These wrist bands are designed and manufactured for “bench work” in highly controlled work spaces; not within an industrial setting.
Published by the Occupational Safety and Health Service, Department of Labour – Wellington, New Zealand First published: 1982; Revised: 1990
Precautions should be taken to prevent vapors from being ignited by the discharge of static electricity. The movement of ANY process liquids during pumping, emptying, filling and spraying can cause electrostatic accumulation. Movement of other materials, such as powders or a printing web, or cleaning operations, can also create static electricity hazards. Non-conducting footwear and
This regulatory requirement is often mismanaged, which oftentimes results in many other related issues within a process safety management system. In this article, I will discuss a methodology a facility can apply in establishing its “safe upper and lower limits.” In this example, I will use process pressure, as it is the easiest to illustrate,
A worker was preparing to mix chemicals in a large in-floor vat in order to make lacquer. After removing the bungs from a steel barrel of toluene, the worker lowered the barrel onto its side and placed it on the lip of the in-floor mixing vat. As the toluene was being poured into the vat,
MANY THANKS to my NEW & RENEWING “Partners in Safety”for their support! City of Boise, ID since 2007, Haynes since 2005, Air Products since 2009, Benjamin Moore Paints since 2011 2011 Fatality Tracker Electrical 81 (2010 = 90) (2009 = 100) Forklift/Manlift Mobile Equipment 84 (2010 = 110) (2009=88) Mining 248 (2010
Key provisions of PSM OSHA’s preamble to the PSM Standard goes a long way to provide us insight as to why there are 14 elements to the standard and what each requirement in each element is intended to serve. The entire preamble is a very long read, but there are some key provisions in Section
