Organometallic Catalysis for Sustainable Chemistry

Modern chemical manufacturing demands greener, more efficient processes that minimize waste and maximize resource efficiency. Understanding the principles of organometallic catalysis is key to unlocking these sustainable chemical transformations. This text-based course guides you through the fundamental principles of organometallic chemistry, showing you how transition metal catalysts can be designed and applied to meet modern green chemistry standards. Throughout this course, you will: Understand the core principles of organometallic chemistry, including coordination chemistry, ligand design, and elementary reaction steps; Analyze catalytic cycles such as hydrogenation, cross-coupling, and metathesis through clear, step-by-step written explanations; Apply green chemistry metrics, such as atom economy and E-factor, to evaluate the sustainability of catalytic processes; Explore the use of earth-abundant metals and renewable feedstocks as alternatives to precious metal catalysts; Evaluate modern sustainable catalysis strategies, including catalyst recovery, recycling, and biphasic systems. You will start with essential terminology, bonding concepts, and foundational coordination chemistry before moving on to detailed reaction mechanisms and real-world sustainable applications. This course is designed for beginners, chemistry students, and professionals looking to transition into green chemistry, with no prior advanced organometallic experience required. Start reading today to master the molecular foundations of sustainable chemical synthesis.