IEC 61882:2016 – Hazard and Operability Studies (HAZOP Studies): Application Guide
PDF · 128 pages · English · Process Safety
IEC 61882:2016 provides guidance on conducting Hazard and Operability (HAZOP) studies using guide words to systematically identify deviations from design intent, examine their causes and consequences, and document findings and follow-up actions. It covers study definition, preparation, examination, reporting, and practical examples across different systems and industries.
iec 61882 · hazop · hazop study · hazard and operability study · process safety · process safety management · psm · risk assessment · risk identification · hazard identification
Read IEC 61882:2016 – Hazard and Operability Studies (HAZOP Studies): Application Guide online
- Process Safety Management - 20 Elements Clause-wise Training Module
Clause-wise theoretical training on the 20 PSM elements: OSHA 29 CFR 1910.119 elements 1-14 (each with regulatory text, interpretation, key requirements, principles and terminolog…
- Furnace Explosion and Fire at Shell Polymers – Investigation Report
A 70-page U.S. Chemical Safety and Hazard Investigation Board (CSB) investigation report on the June 4, 2025 furnace explosion and fire at Shell Polymers in Monaca, Pennsylvania.…
- Hazardex – October 2026 Edition | Journal for Hazardous Area Environments
October 2026 edition of Hazardex, a journal covering process safety, hazardous-area environments, petrochemical safety, explosion protection, automation, robotics, alarms and indu…
- Golden Rules of Process Safety for Nitrogen (N₂) – GR5
A process safety guideline covering five Golden Rules for managing hazards associated with nitrogen (N₂), including hazardous properties, equipment identification, prevention and…
- Key Principles of Process Safety: Management of Change (MOC)
A 14-page visual presentation explaining key principles of Management of Change (MOC) in process safety, focusing on disciplined change control, risk review, emergency MOCs, opera…
- The Four Principles of Inherently Safer Design (ISD): A Practical Guide to Risk Reduction
This document provides a detailed introduction to Inherently Safer Design (ISD), a proactive risk management approach that focuses on eliminating or reducing hazards at their sour…
- Ruptured Heat Exchanger – Process Safety Learning Sheet | EPSC October 2026
EPSC Process Safety Learning Sheet describing a heat exchanger rupture caused by heating a blocked-in, water-filled exchanger. The sheet highlights thermal expansion, trapped liqu…
- Electrostatic Ignition of Toluene Vapors During Vacuuming Truck Operation
A process safety case study examining a fire caused by electrostatic ignition of toluene vapors during vacuum truck operation. It explains the role of inadequate grounding, stream…
