The transition from fossil to a biobased circular economy requires cutting edge technologies that ensure economic growth with environmentally responsible action.
The future challenges which include utilization of natural resources, food supply, health, energy and the environment, can only be met in an interdisciplinary manner.
Biocatalysis is one of the key technologies to address this complex task. Biotechnological products already find application in food, feed, chemical, pharmaceutical and cosmetics industry and the developing sustainable bioeconomy is expected to create new processes and products and new job opportunities.
The successful concept of biocat congress is aimed at integrating the know-how of highly acknowledged biologists, biochemists, chemists and engineers from academia and industry. Biocat congress offers a platform to form strategic alliances for future projects and innovations.
Since 2002 we have been organizing the biennial biocat conference series, which is focused on the rapidly evolving fields of biocatalysis and industrial biotechnology. The preceding International Congresses on Biocatalysis attracted more than 3,200 participants from over 40 countries.
The major topics to be addressed are:
It is our aim to create a stimulating and open scientific atmosphere to foster the development of new collaborations.
It is our great pleasure and honor to invite scientists from all over the world to the 10th International Congress on Biocatalysis 2022 (biocat2022) to be held from 28 August – 1 September 2022 at the Hamburg University of Technology (TUHH), Hamburg, Germany.
We are looking forward to welcoming you in Hamburg, an exciting and cosmopolitan city, and to share a successful and enjoyable meeting in person with you.
Algal Omega-3 is an innovative feed product for aquaculture. It reduces the impact on climate change by 30-40% compared to fish oil and saves 60 tons of wild fish for every ton of Algal Omega-3 used.
Cheese is a vegetarian product thanks to biotechnology. Biotechnology is also essential to produce lactose- or cholesterol-free cheese, as well as alternative proteins.
Clothes made from alternative fibres produced by microorganisms can be 8x stronger than steel, 100% recyclable, biodegradable and replace fossil-fuel based or resource-intensive textiles.
The biomanufacturing of Vitamin B2 led to the reduction of 75% of fossil raw materials and 50% operating costs, compared to the chemical process. Vitamin B2 is used in the food, feed or healthcare sectors.
Enzymes and biosurfactancts are alternative ingredients that improve the performance of detergents, while leading to water and energy savings and reductions in CO2 emissions and water toxicity.
Insulin is one of the most widely known biopharmaceutical. Biotechnology revolutionised its manufacturing process and led to the development of new types of insulin through r-DNA technology.