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Industrial and Energy value of CO2 through Efficient use of CO2 free electricity Electricity Network System Control & Electricity Storage – VITESSE2
The project VItESSE², as a whole, aims to develop a process to convert CO2 emitted by industries such as cement industry, steel mills, incinerators, etc., into methanol (MeOH) by reduction with hydrogen produced by electrolysis of water using electricity from low CO2 production means such as renewab
Waste Heat Colloidal Pyroelectric Conversion – Ferroenergy
Ferroenergy is a collaborative research project aiming at developing a recently patented energy conversion process, converting waste heat into electricity (Pat. no 09 57776). The radically new concept used is based upon the utilization of ferroelectric colloidal suspensions. Pyroelectric energy conv
Low cost industry utilities monitoring systems for energy savings – CHIC
The main purpose of this project is to create and experiment new solutions to measure, at the lowest cost possible, industrial processes energy consumption (in terms of electricity, gas, compressed air, water, vapour). New sensors will be developed during the project, some of them being real sensors
Energy Pathways for heat recovery in industrial processes – CERES-2
The CERES-2 project (CERES stands for "Energy pathways for industrial systems energy recovery") is an answer to the need of the energy efficiency and reduction of greenhouse gas emissions in the industry through waste heat recovery. The project is aimed at identifying the "energy pathways" for en
Valorising low heating value gases in industrial furnaces – VALOGAZ
Residual gases with low heating values resulting from steel production plants are presently poorly valorised, although they represent an important energetic reservoir. These gases exhibit specific combustion characteristics as compared to conventional gases. These untypical properties make necessary
Integration of oxygen-enriched air combustion and CO2 capture for existing industrial boilers: development of a demonstrator – CO2 EnergiCapt
The fast industrial spreading of carbon capture and storage technologies (CCS) is a requirement in order to ensure a very effective lever effect on the emissions at a planetary scale; consequently, almost all of the current CCS projects at a pilot scale in many countries deal with the issues of cons