Green hydrogen: ‘Artificial leaf’ becomes better under pressure

Findings can increase the efficiency of electrochemical and photocatalytic devices

From waste to value: The right electrolytes can enhance glycerol oxidation

"Our research could help to convert biomass by-products into valuable chemicals more efficiently"

Green hydrogen: Co-production of valuable chemicals boosts profitability

Co-production concept is very flexible; different products can be produced in the same plant depending on demand

Renewable energy through photo-electrochemistry

A new multi-modal setup determines the structural changes affecting PEC material under realistic operation conditions

Green hydrogen from solar energy

Research team develops highly efficient solar cell enabling decentralized production of hydrogen

Surface analysis of catalyst particles in aqueous solutions

The results are relevant for the development of efficient photoelectrodes for the production of green hydrogen

Green hydrogen: How photoelectrochemical water splitting may become competitive

Giving a "tandem" boost to solar-powered water splitting

Scientists combine two promising photocatalysts to obtain higher solar-to-hydrogen conversion efficiency and durability in a water splitting cell

Green hydrogen: "Rust" as a photoanode and its limits

“With this new approach, we have added a powerful tool to our arsenal that enables us to identify the realizable potential of photoelectrode materials"

Tuning electrode surfaces to optimize solar fuel production

An electrode material with modified surface atoms generates more electrical current, which drives the sunlight-powered reactions that split water into oxygen and hydrogen

Oxygen and chlorine evolution without noble metals

Electrode potential transforms surfaces

World's first center for solar batteries

Direct electrochemical storage of energy from sunlight

How catalysts secretly lose their stability

Covalent organic framework compounds are more active as catalysts than one would expect

Revolution in electric vehicle battery management

New technology for the precise diagnosis of electric vehicle batteries using small currents​

Bubble findings could unlock better electrode and electrolyzer designs

A new study of bubbles on electrode surfaces could help improve the efficiency of electrochemical processes that produce fuels, chemicals, and materials

My battery is better than yours! ... but is it really?

New standards for reproducibility and comparability of cell tests urgently needed

Rice-built reactor yields green ammonia and purified water

New reactor system could decarbonize ammonia production, treat nitrate-contaminated water

Green hydrogen: ‘Artificial leaf’ becomes better under pressure

Findings can increase the efficiency of electrochemical and photocatalytic devices

Maximizing Hydrogen Peroxide Formation during Water Electrolysis

Killing two birds with one stone

Environmentally friendly and cost-effective electrolysers thanks to new MEA

Up to 95 percent less iridium, no PFAS: Spin-off elementarhy achieves first successes

Oxygen and chlorine evolution without noble metals

Electrode potential transforms surfaces

World's first center for solar batteries

Direct electrochemical storage of energy from sunlight

How catalysts secretly lose their stability

Covalent organic framework compounds are more active as catalysts than one would expect

Bubble findings could unlock better electrode and electrolyzer designs

A new study of bubbles on electrode surfaces could help improve the efficiency of electrochemical processes that produce fuels, chemicals, and materials

Evonik is driving forward the green transformation with electrodialysis

Electrochemical process converts salts into valuable raw materials

My battery is better than yours! ... but is it really?

New standards for reproducibility and comparability of cell tests urgently needed

Rice-built reactor yields green ammonia and purified water

New reactor system could decarbonize ammonia production, treat nitrate-contaminated water

Green hydrogen: ‘Artificial leaf’ becomes better under pressure

Findings can increase the efficiency of electrochemical and photocatalytic devices

Maximizing Hydrogen Peroxide Formation during Water Electrolysis

Killing two birds with one stone

Environmentally friendly and cost-effective electrolysers thanks to new MEA

Up to 95 percent less iridium, no PFAS: Spin-off elementarhy achieves first successes

Oxygen and chlorine evolution without noble metals

Electrode potential transforms surfaces

World's first center for solar batteries

Direct electrochemical storage of energy from sunlight

How catalysts secretly lose their stability

Covalent organic framework compounds are more active as catalysts than one would expect

Evonik is driving forward the green transformation with electrodialysis

Electrochemical process converts salts into valuable raw materials

My battery is better than yours! ... but is it really?

New standards for reproducibility and comparability of cell tests urgently needed

Green hydrogen: ‘Artificial leaf’ becomes better under pressure

Findings can increase the efficiency of electrochemical and photocatalytic devices

Maximizing Hydrogen Peroxide Formation during Water Electrolysis

Killing two birds with one stone

Environmentally friendly and cost-effective electrolysers thanks to new MEA

Up to 95 percent less iridium, no PFAS: Spin-off elementarhy achieves first successes

From waste to value: The right electrolytes can enhance glycerol oxidation

"Our research could help to convert biomass by-products into valuable chemicals more efficiently"

New discovery reveals key role of nickel ions in the Simons process

This groundbreaking research enables a targeted improvement of the Simons process, which is of great importance for the chemical industry