LCA and Sustainable Food Design (LCAFOOD)

The development and success of sustainable innovation in food science hinges on several critical understandings and their exploitation. At Food Design and Sustainability, we have the ability to combine knowledge on environmental sustainable raw materials, green chemistry principles in processing with detailed knowledge about the properties of food components in complex food matrices during processing, storage and consumption. Our expertise further extends to mixed-method approaches, consumer surveys for market entry modelling, absolute environmental sustainability assessment (AESA), and nutritional and environmental life cycle assessment (LCA).

Picture of tempe
Photo: Jacob Helbig

Our mission is to understand and utilize processing-functionality relations of food systems and products by optimal and sustainable exploitation of the potential of raw materials originating from the ocean, land, and agrifood industry.

We advance the development of sustainable foods rooted in our understanding of the interplay between environmental sustainability, food safety, green chemistry principles, techno- and bio-functionality, and final product properties. We exploit molecular principles and gastronomical potential for environmental and rational improvements of ingredients and foods. We work with the utilization of unexplored raw materials, novel ingredients and bioactive compounds in the design of health-improving functional foods. Lastly, we integrate environmental and nutritional life cycle assessment (including absolute environmental sustainability assessment, AESA) of innovative processes aiming at zero waste food supply value chains and the future nutrient rich foods based on the interplay between functionality and product performance.

We aim to develop sustainable food solutions that meet the needs of the food industry and the consumers.

From raw materials and industrial by-products to sustainable food design and processing – integrating circular resource use, functionality, nutrition, and environmental assessment.
From raw materials and industrial by-products to sustainable food design and processing – integrating circular resource use, functionality, nutrition, and environmental assessment.

 

  • Food processing/production (large scale (industrial) and small scale (kitchen))
  • Product innovation and prototyping
  • Non-thermal and emerging processing technologies
  • In vitro protein digestibility (IVPD)
  • Product performance, including instrumental and fast sensory methods
  • Life Cycle Assessment (LCA) - nutritional, environmental, and absolute sustainability approaches).
  • Mixed methods and consumer surveys for market entry modelling
  • Gastrophysics.

 

  • Gastronomic laboratories

Photo of gastronomic laboratories

  • Evaluation laboratory

  • Technologies; High pressure equipment, Ultra sound equipment

Picture of high pressure equipment

  • Differential scanning calorimetry

 

 

Group members:

Name Title Phone E-mail
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Anwar, Irsa PhD Fellow E-mail
Echeverria Jaramillo, Esteban G Postdoc +4535334120 E-mail
Foley, Jason Daniel PhD Fellow +4535330505 E-mail
Frøst, Michael Bom Associate Professor +4535333207 E-mail
Hielkema, Marijke Hiltje Postdoc +4535337941 E-mail
Iliev, Bogomil Emilov PhD Fellow +4535325575 E-mail
Nielsen, Cecilie Heide PhD Fellow +4535327665 E-mail
Olsen, Karsten Associate Professor +4535333201 E-mail
Orlien, Vibeke Associate Professor +4535333226 E-mail
Pandey, Sujita Postdoc +4535325599 E-mail
Reinbach, Helene Christine Associate Professor +4535323414 E-mail
Sansolios, Sanne Coordinator +4535327017 E-mail
Sjøstrøm, Kirsten Laboratory Technician +4535333203 E-mail
Ternstrøm, Laura Enøe PhD Fellow +4535334786 E-mail
Thomsen, Marianne Professor +4535323876 E-mail
Zhang, Yuqi Postdoc +4535331183 E-mail
Zhou, Xun PhD Fellow +4535332710 E-mail