Process Safety Management and Chemical Safety Fundamentals

Operating chemical plants and industrial facilities requires a rigorous approach to preventing catastrophic releases, fires, and explosions. Understanding the core principles of process safety management (PSM) is essential for safeguarding lives, the environment, and physical assets. This text-based course guides you from foundational safety definitions to practical hazard evaluation methods. You will gain the critical thinking skills needed to identify systemic vulnerabilities, analyze historical case studies like Flixborough and Seveso, and apply modern risk-reduction frameworks in any chemical processing environment. What you'll learn: Understand the core elements of Process Safety Management (PSM) and safety culture; Analyze historical industrial incidents, including Flixborough and Seveso, to extract critical safety lessons; Identify common chemical hazards, toxic releases, and runaway reaction risks; Apply modern risk assessment tools, including basic hazard identification and risk-based safety principles; Evaluate reactor configurations and engineering controls designed to mitigate catastrophic failures; Practice drafting basic incident investigation reports and safety recommendation plans. The course begins with fundamental terminology and chemical safety concepts before diving into detailed case analyses and modern risk mitigation strategies. Through clear explanations and written scenario-based exercises, you will learn how to design, maintain, and audit robust safety workflows. This course is designed for safety coordinators, plant operators, engineering students, and anyone new to industrial chemical operations. No prior background in process safety is required. Start building a safer industrial environment today by mastering the fundamentals of process safety management.