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Composite materials for the immobilisation of biocatalysts

Objective

The aim of the proposed work is to enable a substantial increase in the rate and extent of the uptake of biocatalysis processes by industry, i.e. the use of biological catalysts to facilitate chemical reactions. The objective is to provide a generic approach to the immobilisation and/or stabilisation of enzymes using low cost, renewable support materials and novel internal cross-linking methods where the enzyme becomes its own support. The research will focus on the immobilisation/stabilisation techniques and will assess the enhancement in performance produced in the main target application of fine chemicals synthesis. However, the potential applicability is very broad and applications in textile processing and a novel fuel cell development will also be explored to a more limited extent.

The production of low cost immobilisation materials will be studied. They will be designed to be commercially viable regarding cost to use ratio. Increased stability in commercial preparations of supported biocatalysts will be sought. The ultimate aim is to produce biocatalytic enzyme nanocomposites as free flowing dry powders that may be stored at room temperature for many months (possible years) and used off the shelf for the manufacture of fine chemicals etc.

Call for proposal

FP6-2004-SME-COOP
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Funding Scheme

Data not available

Coordinator

C-TECH INNOVATION LTD
Address
Capenhurst Technology Park
Chester
United Kingdom

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Participants (9)

ALKOMOHR BIOTECH OY LTD
Finland
Address
Lehtotie 8
Helsinki

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CLEA TECHNOLOGIES BV
Netherlands
Address
Julianalaan 136
Delft

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DI DR. ANDREAS PAAR KEG
Austria
Address
Leechgasse 55/8
Graz

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DUBLIN CITY UNIVERSITY
Ireland
KYLOLAB S.L.
Spain
Address
Rio Guadalentin, 13 - Poligono Industrial
Ceuti (Murcia)

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MACROSYNTH LTD
United Kingdom
Address
21 Bracken Park, Scarcroft
Leeds

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Links
NAMOS GMBH
Germany
Address
Tatzberg 47
Dresden

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TECHNISCHE UNIVERSITEIT DELFT (DELFT UNIVERSITY OF TECHNOLOGY)
Netherlands
Address
Julianalaan 134
Delft

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UNIVERSITY OF LEEDS
United Kingdom
Address
Woodhouse Lane
Leeds

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