Food Science

Proteins4Singapore

Cultivation of alternative protein sources for a sustainable urban food production​ in Singapore.

About the Programme

Proteins4Singapore develops sustainable protein ingredients and foods for land and resource constrained urban environments. The programme integrates urban-compatible biomass production with sustainable extraction and processing, analytical characterisation, texturisation and reverse food engineering, nutrition and microbiome research, food safety, and supply-chain assessment.

Proteins4Singapore connects protein production and processing with functionality, nutrition, sensory quality and scale-up to develop practical and appealing alternative-protein foods for Singapore.

Proteins4Singapore research

Key Objectives

Combining the functionality-driven cultivation of alternative non-animal protein sources with innovative processing and extraction methods as well as novel reverse food engineering approaches.

The following research objectives are defined:

  • Develop synergies between cultivation of indoor soybean and microalgal biomass within optimised space and minimal resource inputs.
  • Urban Protein Production: Develop resource-efficient microalgae and other protein production systems suited to urban environments.
  • Link efficient and sustainable extraction methods for these protein sources to the techno-functional, nutritious and flavour aspects of food production.
  • Enable an analytical characterization platform for functionality-driven optimizations of protein cultivation and processing and establish knowledge for functionalization of these proteins/peptides by thermomechanical processing and bioengineering techniques.
  • Create novel and efficient food production concepts by reverse engineering approaches for large-scale industrial or decentralised food production platforms.
  • Rational Texturisation: Develop food structures through reverse engineering approaches that utilise the molecular properties and interactions of food components.
  • Specify functional aspects and identify the mechanisms of beneficial food-microbe interactions and their advantages for the consumers in Singapore.
  • Develop a resilient local supply chain of protein-based agri-food products and assess the protein supply chains for the proposed production technologies with the tools of e.g., life-cycle assessment and techno-economic assessment.
  • Additive Manufacturing: Enable rapid, iterative food design and scalable industrial or decentralised production through additive manufacturing.

Research Team

Proteins4Singapore is delivered by a consortium of investigators from TUM, NTU, SIFBI and SIT, together with a resident research team based at TUMCREATE in Singapore.

Technical University of Munich (TUM)

  • BECKER, Thomas — Programme Lead
  • GULDIN, Stefan — Principal Investigator
  • BRUECK, Thomas — Principal Investigator
  • DAWID, Corinna — Principal Investigator
  • HALLER, Dirk — Co-Investigator
  • HINRICHSEN, Kai-Olaf — Principal Investigator
  • RYCHLIK, Michael — Principal Investigator

Nanyang Technological University (NTU)

  • PREISER, Peter — Programme Lead
  • CHEN, Wei Ning William — Principal Investigator
  • LAU, Raymond — Principal Investigator
  • LI King Ho Holden — Co-Investigator
  • NG Wei Tat Leonard — Principal Investigator
  • TAN Lay Poh — Co-Investigator
  • S. Viswanathan — Principal Investigator
  • XIA Kelin — Principal Investigator
  • YEONG Wai Yee — Principal Investigator

Singapore Institute of Food and Biotechnology Innovation (SIFBI)

  • NG Siew Bee — Co-Investigator
  • KANAGASUNDARAM, Yoganathan — Co-Investigator

Singapore Institute of Technology (SIT)

  • NELSON, Arif — Co-Investigator
  • LIM Bee Gim — Co-Investigator

Researchers at TUMCREATE

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