TECH NEED

Seeking Green Technologies or Processes for Manufacturing Triglycerides

KEY INFORMATION

TECHNOLOGY CATEGORY:
Chemicals - Bio
Chemicals - Organic
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TECHNOLOGY READINESS LEVEL (TRL):
LOCATION:
United Kingdom
ID NUMBER:
TN174446

Background/Description

The technology seeker specialises in the research, development, production and sales of value-added components obtained through the extraction, isolation and purification of compounds from raw materials. Sustainability is key to their business and they are interested to identify “green” / sustainable manufacturing approaches that they could adopt for producing triglycerides (i.e. beyond the extraction of triglycerides from agricultural crops), preferably with fatty acid chains between C8 – C24.

The client has global processing operations with well-established customer base and market access. They are open to exploring different ways of working with technology developers ranging from collaborative research and development projects for earlier-stage technologies; to licensing of technology with high technical readiness; and longer-term investment (e.g. joint-ventures or mergers / acquisition).

Technology Specification

The client is actively searching for technologies and approaches for manufacturing sustainably-produced triglycerides of saturated carbon chains between C8 – C24.

Examples of technologies of interest include (but are not limited to): 

Production of triglycerides

  • Fermentation and extraction of triglycerides from oleaginous microorganisms (e.g. microalgae, yeast, bacteria, fungi)
  • Cell-free biosynthetic pathways (e.g. enzymatic)
  • Catalytic production of triglyceride and triglycerides precursors and building blocks e.g. glycerol and fatty acids

Carbon / hydrogen capture and generation methods for use as feedstocks for making triglycerides

  • Utilisation of CO2 and other carbon sources such as waste / by-products (e.g. free fatty acids and glycerol) or other renewable feedstocks
  • Electrical photosynthesis
  • Sustainable sources of hydrogen for chemical synthesis

Ideally, the potential solutions would have the following benefits: 

  • Use of inexpensive feedstocks
  • Low energy and/or water consumption
  • Minimises waste production
  • Demonstrated proof-of-concept

Industries that may have relevant technologies include biofuel and sustainable fuels, food and beverage, consumer healthcare, personal care, green chemicals, and biorefineries.

Preferred Business Model

  • Business Collaboration (Joint Venture)
  • IP Acquisition
  • Licensing
  • Others
  • R&D Collaboration
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Seeking Technologies to Reduce, Remove, or Separate Hydrocarbon Compounds