Chemistry, Green Principles and Sustainable Processes

Chemistry is fundamental to almost every aspect of the modern world, from the medicines that treat disease to the materials that make up everyday objects. Green chemistry asks how this knowledge can be applied in ways that reduce waste, lower energy consumption and avoid hazardous substances, while sustainable processes engineering translates those principles into industrial-scale production. The combination reflects a recognition that chemistry's future lies in finding solutions that are not only effective but responsible.

This four-year full-time programme at the University of York includes a year in industry, placing you within a company or research organisation where you will apply your developing expertise in a professional context and build the commercial awareness that complements your academic knowledge. York has a strong reputation in the chemical sciences and has been at the forefront of green chemistry research, and the course gives you direct exposure to that tradition. You will develop a thorough grounding in organic, inorganic and physical chemistry before specialising in the principles of green synthesis, catalysis, process design and sustainable materials.

The research-led approach to teaching means you will encounter current thinking rather than settled textbook knowledge throughout your studies.

Graduates of this programme leave with both a strong foundation in chemistry and a specialism that is increasingly valued across a range of sectors. The drive to decarbonise manufacturing, reduce reliance on rare or hazardous materials, and develop cleaner production methods means that chemists with expertise in green and sustainable chemistry are sought after in the pharmaceutical, agrochemical, materials, energy and chemical manufacturing industries. Roles in research and development, process chemistry, environmental consultancy and regulatory affairs are all well-established destinations.

Many graduates also continue to postgraduate study, pursuing doctoral research in synthetic chemistry, catalysis, materials science or chemical engineering, often building on connections made during the industrial year.