With Module I, Materials for Process Efficiency, the BMBF is funding the development of innovative catalyst and membrane materials. The novel or optimised use of these materials is intended to make processes that produce energy and CO2 more efficient and sustainable.
AmmoCatCoat
AMMOnia reforming with electrically heated CATalyst supports COATed with biomass-based carbon materials To drive the decarbonization of economies worldwide and […]
Beta
Providing access to sustainable feedstocks by combined chemical and biotechnological process development The chemical industry is one of the biggest […]
CARBO-DIOL2.0
Carbohydrates to α-ω-Diols 2.0 Our society’s push towards sustainable value creation, often relies on the efficient use of natural resources, […]
COBRA
CO2-based alkoxycarbonylation reactions Carbonylations of olefins are among the most important homogeneously catalyzed reactions and are considered one of the […]
DISCO2VERY
Materials for Industrial CO2 utilisation: from Electrocatalyser to Sustainable Electrode As an energy-intensive industry and due to the high share […]
Helios
Helium separation using inorganic membranes Helium is currently extracted exclusively from natural gas. When natural gas is extracted, sources usually […]
I-KaMeRa
Innovative Catalytic Membrane Reactors for the sustainable, efficient production of platform chemicals – material innovations of catalyst and membrane In […]
KeraRes
Layer-by-layer coated ceramic membranes for the resource-efficient production of drinking and process water New membrane process for resource-efficient water treatment […]
MANTRA
Data on innovative materials for sustainability and transfer MANTRA is the scientific project accompanying the BMBF funding programme MaterialNeutral. It […]
MeGaPho
Methane removal in industrial exhaust air using an innovative combination of gas scrubbers and photocatalytic reactors In view of the […]
MyrREMs
Catalytic isomerizing oxidation of oleic acid derivates as an innovative production method for myristic acid Many cleaning agents and cosmetics […]
NanoKoM
Nanoscale Carbon Membranes for Fluid Separation to realise pollutant-free resource efficiency The overall goal of the project is to demonstrate […]
PerDemand
Peroxide-on-demand: Improved materials for the electrochemical synthesis of technical peroxides Production of technical peroxides using electric current The compound class […]
ReLaKIKat
Reduction of nitrous oxide emissions and precious metal consumption in the industrial oxidation of ammonia through AI-based development of new […]
ReMAOlution
Novel organometallic catalysts through resource-efficient material stream utilization In ReMAOlution, the material cycle for one of the most modern catalyst […]
UltraPD
Ultra-thin Pd membranes as the basis for efficient reaction and transport processes Motivation As part of the proposed project “Ultra-thin […]
