Emergency Response

Workplace Emergency Response Employers (WEREs) and Emergency Services Organizations (ESOs) respond to a wide variety of incidents, most of which are considered routine and involve a small commitment of resources. Some incidents are more complex and involve larger commitments of resources and potentially higher-risk operations. The WERE and ESO need to develop an incident management…...

The use of Standard Operating Procedures (SOPs) helps to reduce the risk of injuries and fatalities by providing written guidance to team members and responders with established safe procedures for actions to be taken during a wide variety of incident responses. They provide direction for team members and responders on what they need to do…...

This is a long time coming.  OSHA referenced the use of EPCRA’s Tier II’s in this section; something that has been in place since 1986!  For those of you who have stressed over my lengthy and detailed PSM/RMP audit findings regarding emergency planning and response – you’re welcome.  Closing out those findings means you are…...

During emergency incident operations, team members and responders face the most challenging aspects, both physically and psychologically, of their vocation.Ensuring safe operations at incidents can reduce team member and responder injuries and fatalities and limit exposure to health hazards. Paragraph (p) of the proposed rule is based on current industry practices, as reflected by NFPA…...

Proposed paragraph (i) provides requirements to ensure that Workplace Emergency Response Employers (WEREs) facilities are safe for team members. Paragraph (i)(1)(i) of the proposed rule would require WEREs to ensure their facilities comply with 29 CFR 1910 Subpart E, Exit Routes and Emergency Planning.  This proposed provision is not a new requirement because WEREs are…...

As noted in the Summary and Explanation for proposed paragraph (a) Scope, the proposed rule would not apply to any employer that is not an Emergency Service Organization (ESO) and does not have a Workplace Emergency Response Team (WERT). Nothing in this proposed rule would require an employer to establish a WERT. Each employer makes…...

What happened? The extinguisher, rated to 2900 psi was being tested to a pressure of 4351 psi. The incident occurred when the test pressure reached 2842 psi. The extinguisher was 13 years old. No one was harmed. The failure occurred under test conditions, and no personnel were nearby to be injured. The hydrostatic test was…...

Guidelines for Preparedness and Initial Response to a Pipeline Release of Carbon Dioxide (CO2) This field operations guide is not an educational or decision-making tool. This guide contains a set of operational tools and references to assist in the response to a pipeline release of carbon dioxide (CO2). The priorities for CO2 response are:… Membership...

PHMSA proposes revisions to the pipeline safety regulations to require operators of gas distribution pipelines to update their distribution integrity management programs (DIMP), emergency response plans, operations and maintenance manuals, and other safety practices These proposals implement provisions of the Leonel Rondon Pipeline Safety Act—part of the Protecting our Infrastructure of Pipelines and Enhancing Safety…...

Earlier this year, a member of the SAFTENG FaceBook group posted a question about this type of system being used in a warehouse within the USA.  Many of us were caught off guard as it seemed very risky to drop the Oxygen level to 13% in an occupied space, even with all the alarms and…...

One common deficiency we encounter in our chlorine (Cl2) work is the management of these emergency response kits (e.g. A, B, and C Kits).  We find three common failures regardless of the type of Kit: Kit(s) is not inspected “routinely” Kit contents are not managed per their specific requirements (i.e.. hood gaskets) Personnel lack training…...