Chemical Engineering
Process design, transport phenomena, reaction engineering, separation technologies and the optimization of industrial systems.
Exploring the frontiers of chemical and biochemical engineering through scientific research, technological innovation and international collaboration.
Chemical and biochemical engineering brings together chemistry, biology, mathematics and engineering to understand, design and improve the processes that shape our world.
From sustainable materials and cleaner production to bioprocessing and environmental technologies, these disciplines help translate fundamental scientific discoveries into practical applications.
Inspired by the international academic community behind the International Conference on Chemical and Biochemical Engineering (ICCBE17), this page presents the field, its research themes and the value of collaboration between researchers and institutions.
Explore Our Research Areas →Discover the interconnected disciplines that contribute to advances in engineering, industrial processes, biotechnology and environmental sustainability.
Process design, transport phenomena, reaction engineering, separation technologies and the optimization of industrial systems.
Bioreactors, fermentation, biological process development and the engineering of systems based on biological activity.
Exploring microorganisms, enzymes, biological products and innovative approaches to biomanufacturing.
Resource efficiency, waste minimization, circular economy strategies and cleaner industrial technologies.
Renewable resources, biomass utilization, environmental protection and approaches to responsible energy production.
Functional materials, applied chemistry, process intensification and new technologies for industrial applications.
The field encourages an exchange of ideas between fundamental science, process engineering and real-world applications. The following themes provide a starting point for exploration.
Process modeling, simulation, control, safety and improved operational efficiency.
Biological production systems, biocatalysis, fermentation and bioprocess development.
Waste treatment, cleaner production, water technologies and sustainable resource management.
Renewable feedstocks, biomass conversion, energy efficiency and emerging sustainable technologies.
New materials, product development, chemical technologies and industrial research applications.
Scientific publications and conference proceedings help researchers communicate results, compare methodologies and build on existing knowledge. Explore the relevant publications and proceedings through their official sources.
Academic cooperation creates opportunities to exchange expertise, develop research and strengthen connections between universities, laboratories and industry.
Supporting academic dialogue, scientific exchange and interdisciplinary research across university communities.
Connecting researchers working on chemical processes, biological systems and technological innovation.
Encouraging exchange between scientific research, industrial challenges and the development of new solutions.
The original ICCBE17 conference brought together academic communities from Portugal and Spain, with technical support from ScienceKNOW Conferences.
These names refer to the institutions identified in the historical ICCBE17 material. Their inclusion does not imply current endorsement or an ongoing partnership.
Have a question about chemical and biochemical engineering, scientific collaboration or research opportunities? Use the contact form to prepare an enquiry.