New Greener Synthetic and Catalytic Technologies Relevant to to Industrial Processes in the Fine Chemicals Industry

This symposium will explore recent advances in catalysis driven by innovative ligand design and preparation strategies. Particular emphasis will be placed on technologies such as transition-metal catalysis, organocatalysis, and hybrid catalytic systems, which enable efficient construction of C–C, C–N, and C–O bonds central to the fine chemicals industry. By showcasing processes that improve selectivity, scalability and atom economy, the session will highlight how these developments and how they contribute to industrial sustainability and innovation, reducing waste streams and energy demands, while opening pathways to greener manufacturing. In addition to established methodologies, the symposium will address emerging trends including the integration of computational design tools, machine learning for catalyst discovery, and the use of bio-inspired ligands. Challenges such as balancing economic feasibility with environmental responsibility, and overcoming limitations in catalyst stability and recyclability, will be discussed from a holistic standpopint. The program is designed to provide a comprehensive view of the field, spanning fundamental research through industrial applications, and will be of interest to both academic and industry participants seeking to understand how ligand-driven catalysis is shaping the future of sustainable fine chemical production

Hanno Erythropel, Ph.D., Yale University

Lars Ratjen

Paul Anastas, Yale University

Peter Licence, The University of Nottingham

Hanno Erythropel, Ph.D., Yale University

Lars Ratjen

Paul Anastas, Yale University

Peter Licence, The University of Nottingham