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From CO2 capture from postcombustion flue gas by a membrane process to its valorization in a sustainable process of production of sodium bicarbonate. – C2B
The proof of concept of CO2 capture on membrane contactors through an absorbing solution has been done in previous ANR projects (CICADI and AméliE_CO2). It has even been awarded by a “Prix des techniques innovantes pour l’environnement” in 2010 at POLLUTEC. The membrane module is made of hollow fib
Optimization of a flexible technological chaine of CO2/H2O co-electrolysis and CO-hydrogenation into synthetic methane – CHOCHCO
CHOCHCO project deals with the issue of CO2 value chain and with the development of a novel family of solutions for renewable electricity storage through a gas vector, named “Power to gas”. The share of intermittent and renewable sources (wind farms, photovoltaics) in the French and European electri
Combining High-throughput Experiments and Structure-property models for the Discovery of Efficient Nanoporous solids for Selective CO2 Capture – CHESDENS
Specific point sources account for around 50% of current anthropological CO2 emissions. If these can be addressed, then it should be possible to reduce atmospheric levels of this greenhouse gas. However, the conditions of pressure, concentration and temperature vary considerably from one process to
Simulation of the Impact of Annex Gases (SOx, NyOx, O2 co-injected with CO2 during its geological storage) on the Reservoir-Rocks Reactivity – SIGARRR
Most of the industrialized countries have started to significantly reduce their greenhouse gases emissions. Various processes and technologies of CO2 capture and geological storage are currently tested in pilot-sites. Most of the total induced cost occurs during the capture, when CO2 is dissociated
Innovative advanced control of large cryogenic systems to save energy and reduce carbone emission – CRYOGREEN
Large cryogenic refrigerators consume a lot of energy to cool the superconducting magnets of large scientific facilities. Future cryogenic refrigerators will be subject to significant changes in thermal loads. To ensure reliability and minimize the carbon impact of large refrigerators is a major iss
Mass electricity storage by thermal geodoublet & CO2 as working fluid – SeleCO2
Most of the industrial countries are experiencing challenges regarding control of peak power consumption and renewable energy development. To face these challenges, massive electricity storage are to play an increasing role. However, more mature technologies such as hydraulic gravity energy storage
Heat Energy storage through semi-opened circulation into low permeablility hardrock aquifers – Stock-en-Socle
The Stock-en-socle project aims at acquiring the necessary knowledge for the periodic storage of sensitive heat in hardrock aquifers characterized by their low permeability. Though geothermal energy storage boreholes remain the only existing solutions proposed in a low-permeability environment, Stoc
Integrated focal solar receiver with thermal storage with COFALIT – RESCOFIS
The context of this project is the growing development of solar power towers. Our objective is to propose a simplified and optimized solar collector for this kind of small plants, and to make it a low-cost, durable solution for collecting, storing and converting concentrated solar energy in electric
Thermal Storage for Eco-Efficient Processes – STEEP
A large amount of energy is rejected by the industry at low temperature level (between 0 and 150 ° C). Indeed, considering all the French industrial processes, the amount of energy lost in this temperature range is estimated at 75 TWh / year. Recovering of this waste heat is complicated because in