Chemical Engineering Process Design and Batch Operations

Chemical engineering is at the heart of transforming raw materials into valuable products safely and efficiently. Understanding how to design, analyze, and optimize these chemical processes is essential for anyone entering the field. This course guides you through the foundational principles of chemical process design, focusing on batch operations, reaction kinetics, and modern safety standards. You will transition from basic theory to analyzing complex chemical systems through clear, written explanations and practical calculation exercises. What you'll learn: Understand fundamental reaction kinetics and batch reactor analysis; Analyze batch distillation processes and separation techniques; Schedule batch operations efficiently to optimize production workflows; Apply modern process safety management and hazard analysis methodologies; Explore process simulation concepts and digital design workflows used in the industry today; Evaluate environmental impact and sustainability factors in chemical process design. The course starts with essential chemical engineering terminology and thermodynamic foundations before moving into reactor modeling and distillation systems. You will then progress to scheduling logistics, safety protocols, and modern simulation principles. Designed for beginners, aspiring chemical engineers, and students seeking a structured introduction to process design, this course requires no advanced background in chemical engineering. Start your journey into chemical process design and master the core principles of chemical engineering today.