Advanced Membranes for biogas upgrading and high added value compounds recovery - BioValue

Project summary

Bio-digester gas streams contain valuable products such as bio-methane and VFA whose recovery has important advantages for the environment protection, energy saving and waste valorization. BIOVALUE focuses on the development of a membrane-based innovative process for the treatment of biogas produced by a real bio-digester. Advanced membrane units will valorize the biogas by separating its various components, i.e., bio-methane, VFA, water, etc. Membrane operations are nano-based key enabling technologies, based on advanced functional materials, capable to selectively separate small molecules. This confers to the membrane a specific functionality that, coupled to its configuration (very thin layer), leads to continuous separations operated in steady state. BIOVALUE project will use membranes - advanced nano-structured functional materials - for driving environmental-friendly and little energivorous novel separation processes valorizing waste as required by circular economy dictates.

Project Details

Call

Call 2018


Call Topic

Functional materials


Project start

04.01.2019


Project end

30.11.2022


Total project costs

1.296.238 €


Total project funding

785.148 €


TRL

3 - 6


Coordinator

Prof. Dr. Giuseppe BARBIERI

National Research Council - Institute on Membrane Technology, Via Pietro BUCCI c/o UNICAL Cubo 17C, 87036 Rende, Italy


Partners and Funders Details

Consortium Partner   Country Funder
National Research Council - Institute on Membrane Technology
https://www.itm.cnr.it
Research org. Italy IT-CALABRIA
Calabra Maceri e Servizi SPA
http://www.calabramaceri.it/
SME Italy IT-CALABRIA
The University of Calabria
https://www.unical.it
University Italy IT-CALABRIA
Membrain s.r.o.
https://www.membrain.cz
Research org. Czech Republic CZ-TACR
University of Chemistry and Technology
https://www.vscht.cz
University Czech Republic CZ-TACR

Keywords

advanced manufacturing, advanced production, biogas, process design, sustainable process, Membrane engineering