NANOGLOWAProject reference: 26735
Funded under: FP6-NMP
NanoMembranes against Global Warming [Print to PDF] [Print to RTF]
Total cost:EUR 11 891 811
EU contribution:EUR 7 200 000
Call for proposal:FP6-2004-NMP-NI-4
Funding scheme:IP - Integrated Project
The ultimate way to reduce CO2 emissions as required by the Kyoto protocol from the main contributors, the fossil fired power stations, is by CO2 capture. Existing methods (adsorption, non selective cooling) are not very cost- and energy effective: up to 25% consumption of the produced energy. CO2 separation through membranes will consume much less energy (8%), but suitable, reliable and economical membranes are currently non-existing. The objective is to develop optimal nanostructured membranes and installations for CO2 capture from power plants below 20 euro/ton with a build-in, smart, diagnostic technique. The consortium of 26 partners including 7 SMEs involves 14 countries. Five innovative membrane materials will be developed simultaneously.
The project organisation will stimulate cross-fertilisation for achieving major breakthroughs. For this an integration, modelling and a diagnostics task is included and cooperation with and field-testing by 6 future end-users will guarantee the realistic outcome of the material research. The cost price for the membranes will be a factor 5 lower by increasing the performance through radical innovations in membrane technology: a spin-coated sub-micron layer, oriented nano-spurs with active groups through the layer of the membrane and inherent oxygen stability by the introduction of active groups as block-copolymers in the membrane backbone. Smart design modules, for long life, low degradation and contamination combined with integrated performance monitoring, will be developed and tested in the laboratory and in the field.
Dissemination and exploitation strategies are incorporated in this project by including the mayor EU electricity companies and their equipment suppliers. Training activities and workshop s on membrane development and production, emission reduction and future sustainable power plant design for low CO2 emission are scheduled.
SAINT MAURICE DE BEYNOST, France
CHESTER, United Kingdom
FREGUESIA DE CAMPOLIDE - LISBOA, Portugal
MOSCHATO - ATHENS, Greece
NAMUR / NAMEN, Belgium
VILLIGEN PSI, Switzerland
FREDERICIA, SKÆRBÆK, Denmark
M.P. MISGAV, Israel