Toxic Chemical Release Modeling for Process Safety

Industrial safety relies on predicting hazards before they happen. Understanding how hazardous materials disperse in the environment is a critical skill for modern engineering and safety professionals. In this course, you will transition from understanding basic safety concepts to actively modeling toxic chemical releases. You will learn the mathematical and physical foundations behind gas and liquid leaks, and how to estimate downwind concentrations to protect communities and workplaces. Through clear explanations and practical scenarios, you will build the confidence to evaluate chemical hazards systematically. What you'll learn: - Understand the core terminology of process safety management and hazard identification. - Model liquid and gas discharge rates using foundational fluid dynamics principles. - Calculate downwind toxic gas concentrations using classic and modern dispersion models. - Analyze source terms to estimate the scale and duration of chemical releases. - Apply quantitative risk assessment principles to evaluate industrial hazard scenarios. - Explore contemporary digital workflows for automating safety calculations. The course begins with essential terminology and the physics of chemical releases, before guiding you through step-by-step calculations for source modeling and atmospheric dispersion. You will wrap up by learning how to interpret these models to make informed safety decisions. This course is designed for aspiring chemical engineers, safety coordinators, and environmental professionals seeking a solid foundation in release modeling, with no advanced prerequisites required. Start learning how to predict and mitigate industrial chemical hazards today.