Projects of CHEMampere Partner

P2M2X – Innovative plasma technology meets efficient separation technology – Development of a novel plasma-membrane reactor for CO2 separation

eREGENERATE - Resistive Heating in structured hydrophobic sorbents for highly Efficient and fully Electrified Direct Air Capture technology 

REACT-H2: Renewable Electrochemical and Air Capture Technology for Hydrogen and Chlorine Production

Efficient valorisation of CO2 and bio-waste for long-term energy storage using a microwave plasma torch and quenching using the reverse Boudouard reaction 

NeoKAD-Z: Development and Modeling of Novel Methods for Carbon Dioxide Adsorption Using Zeolites

PlasmaFly - Plasma-based production of jet fuel from biogas and electricity generated from renewable energy

Galvanic deposition of metals for the production of efficient 3D electrodes for electrochemical CO₂ reduction (GalMAtrode 2)

PlasmaKey - The Key to Electrified Chemistry

ECO2Fuel - Large-scale electrochemical conversion of CO2 into sustainable liquid fuels at low temperatures

DISCO2VERY - Materials for Industrial CO2 Utilization: From Electrocatalysts to Sustainable Electrodes

eProNet - Energy-flexible scheduling management system for the decarbonization of industrial prosumer heating networks

Electrocatalysis under confinement: CO2-reduction with molecular catalysts immobilized on ordered mesoporous carbons 

FastPeM - Accelerated testing procedure for the mass production of fuel cell stacks

Virtual design of structured electrodes for batteries

Plasmonia: Plasma-catalytic Ammonia Synthesis from N2 and H2 in a Barrier Discharge Plasma (BOY-183)

InnoRegionChallenge - How can manufacturing companies secure a cost-effective hydrogen supply in the future if they have no prospect of connecting to an H2 pipeline?

Integration of negative-emission technologies into industrial energy systems

Nanonstructured diamond-based materials for photoelectrocatalytic reduction of molecular Nitrogen

DEGRAD-EL3-Q - Development of hybrid quantum computing methods for degradation modeling of alkaline electrolysers

PEP.IN – Industrialization of PEM electrolysis production

IREKA – Iridium-reduced anode catalysts for PEM water electrolysis

FHRY - Demonstration plant for high-volume electrolyzer production

ReNARe - Recycling - Sustainable Resource Utilization

Integration of green hydrogen in the plasma conversion of CO2

Elektrolyse – Made in Baden-Württemberg, BW-Elektrolyse

Modelling of the Electrolyte Distribution in Gas Diffusion Electrodes 

PlasmaFuel – Development of a new process for energy efficient production of pollution-free marine Diesel from carbon momoxide

Fuels from Electricity: de novo metabolic conversion of electrochemically produced formate into hydrocarbons (eForFuel)

Increasing Efficiencies of the Electrochemical Alcohol Synthesis (ElKaSyn)

TRANSFORMATE: Combined process development of electrochemical CO2 reduction and synthetic biotechnology for the production of polyhydroxybutyrate and crotonic acid

Electrodeposition of metals for the fabrication of efficient 3D electrodes for the electrochemical CO2 reduction (GalMaTrode)

CRM-free Low Temperature Electrochemical Reduction of CO2 to Methanol (LOTER.CO2M)

CORAL –Development of a highly efficient process for CO2 capture from air

Novel porous 3D electrode materials for efficient  alkaline water electrolysis (AEL3D)