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Case

Biosolutions

Carbon capture, storage and utilisation

Environment and agriculture

+1

Research for a sustainable future

12 February 2025

Solution provider

DTU Biosustain

DTU Biosustain at the Technical University of Denmark (DTU) aims to develop new knowledge and technologies to support the transformation from conventional, and often unsustainable, industrial production methods to a sustainable bio-based industry.

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Photo credit: DTU Biosustain

Challenge

Today, essential commodities are manufactured from chemical materials based on fossil resources like oil and gas or extracted from plants and animals. This way of manufacturing depletes natural resources and increases carbon emissions.

Meeting a growing population’s needs for chemicals, polymers, materials, energy and food, calls for new bio-based industries and changing old industries’ petroleum-dependent technologies. This requires world-class scientific research and facilities, that use a range of techniques like high-quality big data generation and analysis, synthetic biology, precision fermentation, machine learning and AI, as well as metabolic modelling and engineering.

Solution

As the first interdisciplinary research centre in sustainability, The Novo Nordisk Foundation Center for Biosustainability (DTU Biosustain) was initially founded to strengthen Denmark’s position within advanced bioprocessing and bioengineering.

Today the centre is a global leader in the field of biosolutions with an international team of top scientists working towards establishing a biobased economy, the green transition and specialising in creating biotechnological routes for product development.

DTU Biosustain

The centre’s research revolves around different sustainability criteria, and is divided into three main research areas:

  • Natural products: Developing new microbial cell factories to sustainably produce natural and novel products.
  • Microbial foods: Rethinking food production for sustainable development of food using microbes.
  • Sustainable chemicals: Developing bioprocesses for a sustainable and scalable production of relevant chemicals which will reduce our dependency of petroleum-based products.

Result

DTU Biosustain specialises in using biotechnological routes for product development with the “end-in-mind”. That means listening and having a commercial and industrial approach that takes products to market faster and more effectively. Continuously engaging in dialogue with the industry, the centre works mindful of both the needs of market, society and environment. DTU Biosustain directly enables the transition from conventional, unsustainable, industrial production methods and products into a more sustainable industry based on a microbial cell factory design.

Publication: Biosolutions - Creating climate impact with nature's own toolbox

Biosolutions have potential to reduce global CO₂ emissions by 8%, support circular economies, and drive the green transition across multiple sectors, including construction, food, water management, and textiles. Discover tangible cases and connect with solutions providers excelling in creating climate impact through biosolutions.

Discover the publication