Despite their differences in tradition, emphasis, and application domains, there is no reason why these various models and their associated practices should not coexist harmoniously within the same organization so long as the strengths and weaknesses of each approach are recognized…. Membership Required You must be a member to access this content.View Membership LevelsAlready a...
History has shown that flammable vapor ignitions in a number of cases have been proven to reside in mobile equipment working in or around a facility. “Industrial Loader and Forklift Fires,” an NFPA report published in January 2009, states that between 2003 and 2006, an average of 1,340 fires were ignited by heat or ignition…...
Based on eight (8) recent enforcement investigations, conducted by the U.S. Department of Transportation, Pipeline and Hazardous Materials Safety Administration (PHMSA), Office of Hazardous Materials Enforcement (OHME), this letter is intended to notify the industry of serious safety problems and non-compliance issues regarding the maintenance, filling, transport and use of nurse tanks in anhydrous…...
Twelve days before the Holidays, My Safety Team said to me, No cuts or lacerations Wear your PPE, No slips, trips or falls Watch where you put your feet, No strains, aches or pains Use your safe lifting techniques, Watch your head and keep it safe Always be aware of overhead…...
This article discusses how a facility would need to get one of its coded pressure vessels repaired, altered, or re-rated. The article will cover pertinent code and jurisdiction requirements and the differences among the American Society of Mechanical Engineers (ASME) Code, the National Board Inspection Code (NBC), and American Petroleum Institute (API) requirements, as well…...
A Process Hazard(s) Analysis is a thorough, orderly, and systematic approach for identifying, evaluating, and controlling the hazards of processes involving highly hazardous chemicals. The facility shall perform a process hazard analysis on all processes covered by EPA’s RMP rule and/or OSHA’s PSM standard. The process hazard analysis methodology selected must be appropriate to the…...
HAZWOPER EMERGENCY RESPONSE PLAN DEVELOPMENT GUIDELINES(Elements of an Emergency Response Plan)1910.120(q)(2) (i) Pre-emergency Planning and Coordination with outside parties Facilities are required in the Superfund Amendments and Reauthorization Act (SARA) title III to coordinate their activities with outside response organizations and emergency response organizations. The emergency response plan (ERP) MUST address coordination with outside emergency…...
Are there any recordkeeping requirements specified in the risk management program (RMP) regulations in 40 CFR Part 68? The owner or operator of a stationary source that is subject to the RMP regulations must maintain records supporting the implementation of Part 68 for five years (§68.200)…. Membership Required You must be a member to access...
Error Management (EM) has two (2) components: error reduction and error containment Error reduction comprises measures designed to limit the occurrence of errors. Since this will never be wholly successful, we also need error containment measures designed to limit the adverse consequences of those errors that still occur. At this general level, EM is indistinguishable…...
This series is intended to bring attention to failures in the “coded welding” practices. From not using certified welders, to failures in visual and NDE, and failures in Pressure/Leak testing. This first incident was caused by a decision NOT to perform Post-Weld Heat Treatment on a repaired pressure vessel…. Membership Required You must be a...
While virtually any liquid trapped in a “blocked-in” section of pipe can cause a rupture due to thermal expansion, specific chemicals are strictly regulated by OSHA 1910.119 (PSM) and NFPA 30 because of their volatility or toxicity. The requirement for a hydrostatic relief valve (HRV) is generally triggered by the chemical’s physical state (liquefied under…...
Immediate Lethal Zone — Fireball Radius Typical range: 160–820 ft Hazards: Used for: absolute exclusion zone. Severe Burn Zone — High Thermal Radiation Typical range: 820–1,300 ft Thermal radiation: ~12.5–37.5 kW/m² Effects: Used for: firefighter withdrawal line unless cooling operations are effective. Moderate Burn Zone — Pain/Blistering Typical range: 1,300–2,600 ft Thermal radiation: ~5–12.5 kW/m²…...
