Electrochemical Engineering

Battery Engineering Battery Design Catalyst Engineering Electrode Design Electrolyzers Catalyst Design Catalysis Fuel Cell Engineering Catalyst Development Thermal Management

3 ARTICLES

2w ago

Ordered PtNi Catalyst Runs 3,000 Hours With Under 2% Performance Loss

Atomic ordering locks nickel into the platinum–nickel lattice to curb dissolution, pointing to lower replacement costs as teams work to cut platinum use.

3 ARTICLES

2w ago

KAIST Engineers Gate Protons to Boost Aqueous Zinc Battery Capacity

7 ARTICLES

11mo ago

MIT’s CIET Model Recasts Lithium Intercalation, Guiding Faster-Charging Battery Design

3 ARTICLES

11mo ago

Clay Nanosheet Membrane Delivers High-Conductivity, Hydrogen-Blocking Fuel-Cell Performance

3 ARTICLES

11mo ago

Innovative Electrochemical Cell Converts Captured CO2 into Green Fuel

Electrochemical Engineering

Ordered PtNi Catalyst Runs 3,000 Hours With Under 2% Performance Loss

KAIST Engineers Gate Protons to Boost Aqueous Zinc Battery Capacity

MIT’s CIET Model Recasts Lithium Intercalation, Guiding Faster-Charging Battery Design

Clay Nanosheet Membrane Delivers High-Conductivity, Hydrogen-Blocking Fuel-Cell Performance

KIMS Validates MXene–Nickel Ferrite Catalyst for Direct Seawater Electrolysis

Radical-Infused COF Pushes Lithium–Sulfur Batteries Past 1,500 Cycles

KIER Carbon Cloth Electrode Achieves 800-Hour Seawater Electrolysis Milestone

Innovative Electrochemical Cell Converts Captured CO2 into Green Fuel