Eco Extractions

The Eco Extractions team are developing technology to selectively capture and extract high value chemicals from a range of biobased sources, including waste materials, and cell factories.

Selective product extraction means shorter, simpler and cheaper downstream processing.

Continuous extraction can also mitigate product toxicity to cell factories, increasing yields.

Customers

We want to hear from end users of chemical extraction technology, to ensure that our products are relevant to the community. We’re interested in chemical extraction scenarios including:

  • Continuous extraction of chemical product from cultures of microbial cell factories
  • Purification of high value chemicals from waste and virgin feedstocks
  • Removal of chemical contaminants from processes such as antibody production and cultured meat
  • Water surveillance

Our Products

The chemical adsorbents that we are developing can be coated onto a range of scaffolds, for different applications. For example:

Flow-through columns

Flow-through columns

Our sorbent can be immobilised onto columns suited to the flow-through of culture, for continuous product extraction.

Rotating beds

Rotating beds

Our sorbent can be immobilised onto rotating beds, which stir and aerate culture whilst also capturing product.

Nanomagnets

Nanomagnets

Our sorbent can be immobilised onto nanomagnets for dispersal throughout culture, providing a high surface area of adsorbent.

Your Opinion Counts

The University of Edinburgh Eco Extractions project has received BBSRC Innovation to Commercialisation of University Research (ICURe) funding, towards bringing our technology to market.

To register your interest in the technology, and provide information on your chemical extraction challenges, we’d be grateful if you could complete our survey, with the option to be included in a £100 prize draw.

The information that you provide will help us to understand the need for new chemical extraction technology, and to bring relevant solutions to the community.

Our Team

The Rosser Lab are experts in engineering biology, developing tools for pathway and genome engineering in bacteria, yeast and mammalian cell systems.

Susan Rosser is Professor of Synthetic Biology at the University of Edinburgh, a joint appointment between the School of Biological Sciences and School of Engineering. She also holds a Royal Academy of Engineering Chair in Emerging Technologies focused on Engineering Biology. She is the director of the UK Centre for Mammalian Synthetic Biology, and co-director of the Edinburgh Genome Foundry.

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Emily Johnston

Entrepreneurial Lead

University of Edinburgh

Susan Rosser

Principal Scientific Advisor

University of Edinburgh

Barbara Blaney

Technology Transfer Officer

University of Edinburgh

Neil Renault

Business Advisor

IBioIC FlexBio Bioprocessing Scale-up Facility

Axel Thomson

Technology Transfer Officer

University of Edinburgh

Contact Us

We would love to hear from you and our team will be back in response as soon as possible.