Safety Info Posts

Non-Entry rescue mechanical device

OSHA states the following about our non-entry rescue devices… The mechanical device used for emergency rescue must be designed and rated for human use. The standard specifies in paragraph 1910.146(k)(3)(ii) that the retrieval equipment must be designed for personnel. The performance-oriented nature of the standard allows flexibility as to the design specifications of the retrieval

CSB’s Accidental Release Reporting (40 CFR 1604)

This is a reminder that if your ERP or Environmental Management System (EMS) has not been updated to reflect these “NEWER” CSB reporting requirements, the facility should consider updating these programs/processes and including the reporting requirements in EHS training. Also, line 9.8 of your RMP should list 40 CFR 1604 – Accidental Release Reporting. The

Changes to Chlorine – 2024 ERG Table 3

This is just an FYI to my Cl2 clients. Although the changes are NOT significant (0.1 – 0.3 miles), they are indeed changes to the Downwind Protective Action Distances. If you have used the 2020 ERG Distances in your Pre-Plans, which you or I did for your Emergency Response Plan (ERP), it may be beneficial

EPA RMP citations @ refrigerated distribution center and warehouse (NH3 & $161K)

The Respondent formerly operated an ammonia refrigeration process at a distribution center and warehouse, which maintained a maximum inventory of the regulated toxic substance anhydrous ammonia at the Facility, which exceeds the threshold quantity of 10,000 pounds of anhydrous ammonia as set forth in Table 1 at 40 C.F.R. ยง 68.130 and, therefore, has had

Safety Cans… did you know?

Are “safety cans” created equally?  Nope, and which UL standard they meet will dictate how much “safety they provide.” OSHA’s 1910.106 defines a “safety can” as Safety can shall mean an approved container, of not more than 5 gallons capacity, having a spring-closing lid and spout cover and so designed that it will safely relieve

The critical role a Hydrostatic RVs can play

A Y-shaped strainer (filter) in a three-inch pipe ruptured. The failure occurred after pressure cycles induced by thermal expansion. The released isobutylene resulted in a gas cloud explosion and the company’s bankruptcy. Aspects: When a closed system filled with a liquid hydrocarbon raises the temperature, the pressure can rise above the design. Here, a brittle

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