Driving Sustainable Innovation in Technical Biocatalysis

The Institute of Technical Biocatalysis (ITB) at Hamburg University of Technology (TUHH) develops advanced enzyme-based technologies to enable sustainable material transformations. Our research contributes directly to achieving the United Nations Sustainable Development Goals (SDGs) —particularly SDG 12 (Responsible Consumption and Production), SDG 13 (Climate Action), and SDG 6 (Clean Water and Sanitation)—by promoting circular processes, clean technologies, and bio-based solutions.

As a member of the UNU Hub for Sustainable Development in Hamburg, we are part of an international academic alliance dedicated to delivering transformative, science-based responses to global sustainability challenges. Within TUHH’s strategic research field “Advanced Materials and (Bio)Processes”, ITB bridges biotechnology, molecular biology, and process engineering to create scalable solutions with global relevance.

We are also a key partner in the Collaborative Research Center (CRC) 1615 “SMART Reactors”, helping to design the next generation of chemical reactors—agile, intelligent systems that support energy-efficient, flexible bioproduction.

Empowering the Next Generation – and the Public – through Science and Education

In line with SDG 4 (Quality Education) and our commitment to public understanding of science, we actively engage children, young people, and adults in scientific discovery. Through the “KinderForscher” program, we develop hands-on experiment kits for primary and secondary schools. Our “Nachwuchscampus” initiative connects schools, universities, and industry to foster early interest in STEM careers.

With our digital platform kniffelix.de, people of all ages around the globe can gain insight into current research at TUHH. Designed to make complex scientific topics accessible, Kniffelix supports public understanding of science and invites everyone to explore the world of research—curiously, creatively, and interactively.

Working Together Across Disciplines and Borders

Our interdisciplinary, international team works with enthusiasm and scientific curiosity in an open, collegial atmosphere. Doctoral studies at ITB are research-oriented and positioned at the interface of biotechnology, chemistry, and process engineering—innovative, application-driven, and in close dialogue with research and industry partners.

At ITB, we combine fundamental research, sustainability-driven innovation, and science education to shape a greener, smarter future—locally and globally.

Prof. Dr. Andreas Liese & Team