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Búsqueda de socio industrial con marcado interés en una ruta de producción verde de ácido caproico y ácido fórmico para la convocatoria H2020 BIOTEC-05-2017

Resumen

Tipo:
Búsqueda de socios
Referencia:
RDDE20170315001
Publicado:
20/03/2017
Caducidad:
20/03/2018
Resumen:
Una universidad técnica alemana está formando un consorcio para presentar una propuesta a la convocatoria H2020 BIOTEC-05-2017 (fase dos) y busca un socio industrial, preferentemente una pyme aunque también una gran empresa, con un marcado interés en una ruta de producción verde de ácido caproico y ácido fórmico y en la explotación comercial de estos productos. La empresa buscada debe tener experiencia en transformación posterior, por ejemplo, separación basada en membranas de estos productos, y en escalabilidad. La fecha límite de la convocatoria es el 4 de mayo de 2017 y el plazo para presentar expresiones de interés finaliza el 3 de abril.


Details

Tittle:
Industrial partner with strong interest in a "green" production route to caproic acid and formic acid sought for H2020 BIOTEC-05-2017
Summary:
A Northern German technical university is forming a consortium to address H2020 BIOTEC-05-2017 call stage 2. An additional industrial partner is sought, preferably SME, but also large companies with strong interest in a "green" production route to caproic acid and formic acid and commercial exploitation of these products. The company would ideally have expertise in the downstream processing, i.e. membrane based separation, of the products and some experience in scale-up.
Description:
Objective of the project is to develop two novel microbial platforms and highly integrated new processes to overcome the technical and economical limitations in the reuse of CO2 for biosynthesis of value-added chemicals. The advantages and technical feasibility of the microbes and processes will be demonstrated with high productivities of appealing large-volume chemical compounds, such as caproic acid, formic acid and 1,3-propanediol, at pilot scale under industrially relevant conditions. Life cycle assessment and economic assessment shall accompany the process development and prove viability and sustainability of the new processes.

A consortium of academic and industrial partners from Germany, Belgium, France, Spain and Denmark has already successfully submitted a proposal for stage 1. In order to strengthen exploitation perspectives especially for caproic acid and formic acid an additional industrial partner would be highly welcome to join on short term.

Call Budget: 48,000,000 EUR
EOI deadline: 03.04.2017
Call deadline: 04.05.2017
Advantages and Innovations:
- Novel metabolic pathways and more active and robust enzymes for the efficient conversion of substrate to specific target products

- Intensified process by integration of electrochemical, electrobiochemical, fermentation and separation technologies

- Both shall lead to sufficient productivity for sustainable and economically viable production of the target products
Stage of Development:
Proposal under development
Technical Specification or Expertise Sought:
The company would ideally have experience in the downstream processing, i.e. membrane based separation, and purification of the target products caproic and formic acid and an interest in scaling the process up to pilot-scale in collaboration with the consortium members. Working with microbes and experience with bioprocesses would be beneficial, especially for the purification of caproic acid, but it is not a must.

Partner sought

Partner Sought:
The consortium is searching for industrial partners, preferably SME, but also large companies with a strong interest in a "green" production route to caproic acid and formic acid and the commercial exploitation of these products.
Type of Partnership Considered:
RDR

Client

Type and Size of Client:
University
Already Engaged in Trans-National Cooperation:
Si
Languages Spoken:
English
German

Dissemination

Programme-call

Anticipated Project Budget:
7,000,000
Coordinator Required:
No
Deadline for Call:
04/05/2017
Project Duration:
204
Project title and Acronym:
CLOSE-CO2