Chemical Engineering Design and Project Synthesis

Every successful chemical plant starts as a conceptual design on paper. Navigating the journey from a chemical reaction to a fully realized, safe, and profitable industrial process requires a solid grasp of engineering fundamentals and systematic design methodologies. This course teaches you how to conceptualize, evaluate, and document complex chemical processes from the ground up. You will transition from theoretical chemistry to practical engineering design. Starting with foundational definitions, chemical process flowsheets, and mass balances, you will learn how to size equipment, estimate capital costs, and evaluate the environmental impact of your designs. You will also learn how to communicate your technical findings through professional engineering memoranda, a critical skill for any practicing engineer. What you'll learn: - Understand the foundational steps of chemical process design and flowsheet synthesis - Apply mass and energy balances to size industrial chemical equipment - Evaluate project economics, including capital expenditure and operating costs - Assess safety hazards, environmental impacts, and sustainability metrics in design - Write clear, structured technical memoranda to communicate engineering decisions - Analyze modern process simulation concepts and green engineering principles This course begins with core terminology and design principles before guiding you through the step-by-step development of a conceptual chemical plant project. You will read detailed explanations, analyze realistic design case studies, and practice your skills through written exercises. This course is designed for beginners, chemistry students, and aspiring engineers who want to understand how industrial chemical processes are designed and documented. No prior chemical engineering experience is required. Start learning today and build the foundation to design safe, efficient, and sustainable chemical processes.