Navigation Links
University of Liverpool to establish microbiorefinery facility
Date:2/6/2014

The University of Liverpool is to establish a state of the art Microbiorefinery (MBR) to develop the next generation of sustainable chemicals from biomass.

Fossil fuel sources currently provide the basis for the majority of chemicals used by industry, but decreasing supplies and environmental considerations mean there is a growing requirement for renewable and sustainable sources for raw materials.

The new facility, in collaboration with Unilever, will provide unique laboratory facilities and expertise to identify biopolymers derived from the by-products of carbohydrates, sugar and other commodity production.

It will also develop biorefinery technologies and processes to make it quicker and cheaper to identify valuable new chemicals and formulations that have commercial application.

Dr Jose A.Lopez-Sanchez, Director of the MBR, said: "This new facility will give a huge boost to our quest to find new bio-derived organic and sustainable chemicals.

"It will combine high-throughput synthesis, reactivity and characterization of bio-derived products and catalysts alike by a wide range of state of the art analytic and spectroscopic techniques to enable new discoveries and elucidation of new activity-structure relationships in catalysis for biorenewable chemicals.

"The MBR brings together academic and industrial expertise to bridge the gaps between identifying new sustainable chemicals in the laboratory, testing and manufacturing them in small quantities and ultimately seeing them used by industry."

Dr Neil Parry, Unilever Biotechnology Research Director said: "We are delighted to be partnering with the University of Liverpool on this significant project which could ultimately pave the way for household products of the future that are also kinder on the environment."

More follows

The MBR will be available for large industry, researchers or start-up companies to use on an open access basis. The investment in new laboratory space at the University will enable co-location of Unilever research staff on campus.

The MBR will also support a 1.8 million research project, funded by the Engineering and Physical Sciences Research Council (EPSRC), to develop platform chemicals from the sugars, fats, oils and carbohydrates produced by biomass including food supply chain wastes and forestry wastes.


'/>"/>
Contact: Sarah Stamper
sarah.stamper@liv.ac.uk
01-517-943-044
University of Liverpool
Source:Eurekalert

Related biology news :

1. Price Family Foundation funds research collaboration between Albert Einstein College of Medicine and University of Oklahoma
2. Salk Institute and Stanford University to lead new $40 million stem cell genomics center
3. We Robot 2014 April 4th & 5th at University of Miami School of Law
4. University of Tennessee Florida Everglades research to help climate change mitigation
5. University of Hawaii scientists make a big splash
6. Montana State University research on algal biofuels keys larger study
7. With sinus study, Saint Louis University researchers find that harmless members of microbiome spark immune reaction
8. New anti-HIV drug target identified by University of Minnesota researchers
9. University researchers observe surprising bonefish spawning behavior in the Bahamas
10. University of Tennessee vice chancellor named National Academy of Inventors Fellow
11. Wyss Institute at Harvard University announces election of 2 faculty to Natl Academy of Inventors
Post Your Comments:
*Name:
*Comment:
*Email:
(Date:11/16/2018)... ... November 16, 2018 , ... OnlineMasters.com, an industry-leading educational research ... for 2019. They have identified the top programs in the nation that are ... outcomes. , Leveraging an exclusive data set comprised of interviews and surveys from ...
(Date:11/15/2018)... ... November 14, 2018 , ... uBiome, the leader in microbial ... of Flatiron Functional Medicine to its Medical Advisory Board. Joining the board of ... uBiome extensive experience in treating the root causes of disease, conscientiously taking into ...
(Date:11/13/2018)... ... November 13, 2018 , ... Fluence ... controlled-environment cultivation applications. VYPR 2 is well suited for sole-source and supplemental lighting ... growing markets. , “As an all-purpose light which can be adapted to ...
Breaking Biology News(10 mins):
(Date:11/13/2018)... (PRWEB) , ... November 13, 2018 , ... ... Bio-Logic Aqua® Research Water Life Science® in Grants Pass, Oregon believes in the ... and Bio-Logic Aqua® Research Water Life Science® sponsors the Power of Water® on ...
(Date:11/9/2018)... ... November 08, 2018 , ... IC ... a machine-learning powered approach to increasing recovery rates by creating a comprehensive contact ... Collections (AIC) product developed by NLP Logix, a Jacksonville, Florida-based AI solutions company, ...
(Date:11/7/2018)... BEDFORD, Mass. (PRWEB) , ... November 07, 2018 , ... ... control system for algae at AzCATI, the Arizona Center for Algae Technology and Innovation ... to facilitate process development and trials for those involved with algal and predator control ...
(Date:11/5/2018)... ... November 05, 2018 , ... USARAD Holdings Inc., ... Healthineers and several healthcare VC firms announces at Distributed Health 2018 conference November ... by purchasing tokens and obtaining its first radiology interpretations, one of the first ...
Breaking Biology Technology: