Priority areas

Energy Transition & Industrial Decarbonisation

Chemical engineering contributes to cleaner energy systems, energy efficiency, new energy vectors, carbon management, and the transformation of industrial processes.

Water, Food, Health & Biotechnology

Chemical and biochemical engineering support access to clean water, safe food, nutrition, healthcare technologies, bioprocesses and improved quality of life.

Climate, Environment & Circular Economy

The profession helps reduce emissions, improve resource efficiency, design circular processes and promote more sustainable production systems.

Sustainable Materials & Responsible Resources

Chemical engineers contribute to the development of sustainable chemicals, advanced materials, recycling technologies and more responsible use of critical resources.

Process Safety & Responsible Industry

Chemical engineering is essential to safer processes, risk prevention, responsible manufacturing and public trust.

Digitalisation & Intelligent Manufacturing

Artificial intelligence, data science, modelling, automation and smart manufacturing are reshaping chemical and process engineering.

Education, Ethics & Future Talent

The future of the profession depends on education, lifelong learning, ethics, international cooperation and the development of new generations of chemical engineers.

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