Chemical Technology: Industrial Processes and Principles

If you are starting your journey in chemical engineering or industrial chemistry, understanding how raw materials are transformed into essential products at scale is crucial. This course provides a solid foundation in the core technologies driving the chemical industry. By the end of this course, you will have a comprehensive understanding of the major industrial processes used worldwide, the chemical reactions involved, and the essential considerations for process design, efficiency, and safety in modern chemical plants. What you'll learn: * Understand the fundamental chemistry and engineering behind major inorganic processes like sulfuric acid and fertilizer production. * Analyze key organic chemical synthesis routes, focusing on petrochemicals and derivative manufacturing. * Master the principles of polymerization, including different types of reactions and the processing of common plastics. * Apply basic green chemistry concepts to evaluate the environmental impact and sustainability of industrial processes. * Learn to interpret basic process flow diagrams (PFDs) and material balances for common chemical unit operations. * Practice evaluating process safety basics, including hazard identification and control measures. The curriculum begins with foundational definitions and safety principles, moves systematically through inorganic technologies, then covers organic synthesis, and concludes with specialization topics like polymers and natural product industries. The focus throughout is on the practical application of chemical engineering concepts. This course is designed for absolute beginners, including students, aspiring chemical engineers, and professionals new to the industrial chemistry sector. No prior knowledge of large-scale manufacturing or chemical processes is required. Start building your expertise in the essential technologies that power the modern world.