Dr Xuebin Ke
THYME: PV membrane design
People Involved
Project Description
The proposal aims to develop pervaporation membranes for separation of solvent and water. The overarching study targets to the solvent recovery after biomass conversions, such as to recoup the biofuels from fermentation downstream. Depending on the applied process concentration in the permeate stream varies, but it is obligatory to increase concentration to at least 90 wt% to gain 50 % energy savings for the subsequent purification step. Due to an azeotrope of water-n-butanol of 38 wt% (water content), about 80% energy demand for distillation decreases or even replaced by pervaporation techniques.
| Status | Project Complete |
|---|---|
| Value | £47,943.00 |
| Project Dates | Jan 1, 2020 - Mar 31, 2021 |
| Partner Organisations | University of York Nanjing Jiusi High-Tech Co. Ltd |
Related Projects
THYME: CCF BIO ECONOMY Apr 1, 2018 - Mar 31, 2021
The THYME Project is a new collaboration between the Universities of York, Hull and Teesside to build the bioeconomy sector across Yorkshire, Humberside and the Tees Valley. In collaboration with regional industry, LEPs and the wider community, the...
Read More about THYME: CCF BIO ECONOMY.
You might also like
ECPE PPF: A demonstrate process to showcase the plastic conversion into fuels Oct 1, 2019 - Nov 30, 2020
EVERY MINUTE 1 Million polyethylene terephthalate (PET) bottles are produced and will increase further 20% by 2021. Current recycling technology cannot provide a due solution to completely transform them into high value products. The industry will lo...
Read More about ECPE PPF: A demonstrate process to showcase the plastic conversion into fuels.
THYME: Biofuel recovery through integrated membrane technology Jul 1, 2021 - Apr 30, 2022
Pump Priming Collaboration for Next-Generation Biofuel Production Jan 23, 2021 - Mar 17, 2022
The project will bridge the gap between academic research and commercial process for biofuel production crossing EU and UK, corresponding to the associated demands of carbon recycling. Using the current lab-scale process equipment and analytic instru...
Read More about Pump Priming Collaboration for Next-Generation Biofuel Production.