U.S. fire departments responded to an average of 4,440 structure fires involving hot work per year. These fires caused an average of 12 civilian deaths, 208 civilian injuries and $287 million in direct property damage per year. From 2001-2015, five firefighters were fatally injured in four accidental fires started by torches. Forty-two percent of the fires involving […]
The short answer is yes, but the fact that they have negotiated this deal for a company to begin using NH3 over R-22 is very telling. This month EPA settled a case in which the agreement required the company to replace R-22 with NH3 freezers on some fishing vessels. The company will implement enhanced leak detection
The US EPA has been providing hurricane response updates on a weekly basis and one small bit of data really stands out to me. Last week I posted that over 950 storage vessels were captured after they broke away from their process; however, it should be noted that NONE of these vessels involved an RMP
An ammonia cylinder burst late Monday while being heated as part of preparations to restart the alkylation unit at a 86,000 barrel-per-day refinery, sources familiar with plant operations said on Tuesday. A company spokesman said the company responded to an incident at the refinery, in which there were neither injuries nor offsite impact. The refinery was
This week NOAA’s Office of Response and Restoration posted an AWESOME RESOURCE for those of you responsible for your RMP’s Off-Site Consequence Analyzes (OCA) and EPCRA hazard analyses and who like to use CAMEO software suite when doing these off-site consequence analyses. Part 1: Worst-Case Analysis (RMP) Part 2: Alternative Analysis (RMP) Part 3: ALOHA and Green Book
I am sorry I am a tad late on this year’s summary, but here are the numbers as they were in the latest database update. Some surprises here… 12,380 RMPs on file 1,328 RMPs have an accident history 24 RMPs have had a fatal RMP accident 16,598 RMP injuries have occurred at these RMP sites
Leave it up to FM Global to lead the way in Hot Work Safety. I know in my career there has been no other force in hot work safety like FM Global (Formerly Factory Mutual). And I am guessing that all of these large loss fires in the construction industry these past couple of years
Over the last 15+ years we have seen great improvements regarding piping installation(s) at PSM/RMP covered processes. Since 1992 (PSM implementation) these “covered processes” were required to adopt a RAGAGEP for all aspects of their covered process. ASME has had their B31 series in place for decades and they are the most widely recognized piping
As we await word of any regulatory action stemming from the catastrophic release of Anhydrous Ammonia from a truck unloading incident in Stewardson, IL, in April 2016, I did come across an interesting tidbit that I feel should be shouted from the mountain tops. So often, one side of our profession decries OSHA and EPA’s
The state of OH is in the process of updating it’s fire code to the 2015 International Fire Code (IFC). In doing so, the state is upgrading its Hot Work requirements when performing hot work on flammable and combustible liquid storage tanks. The proposed code will include a new section, Section 3510 Hot work on flammable and
The state of OH is in the process of updating it’s fire code to the 2015 International Fire Code (IFC). In doing so, the state is upgrading its Mechanical Refrigeration requirements and one of the upgrades may have an impact on future Ammonia Refrigeration processes that have over 6.6 pounds (3 kg) of ammonia refrigerant, which would include almost
The debate rages on in process safety circles as to how one can “pressure test” their piping that was installed using ASME B31 series of RAGAGEPs. It has always been “the rule” that we use the hydrostatic method UNLESS this method would cause a hazard or purity concern; however, as with most practices we have
