Chemical Engineering

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3 ARTICLES

15h ago

Molten Salt Method Revives EV Battery Cathodes, Restoring Structure and Capacity

A lab study from Huazhong University reports direct regeneration of NCM811 cathodes using a ternary molten salt, leaving industrial validation and life‑cycle assessment to come.

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3 ARTICLES

last wk.

Keeping Water in Cathode Boosts Sodium-Ion Batteries, Enabling Desalination in Salt Water

3 ARTICLES

2w ago

Vitamin B2–Glucose Flow Battery Shows Promising Power, Reveals Stability Hurdles

4 ARTICLES

2w ago

Ultrafast Laser Pulses on Gold Nanoparticles Let MSU Scientists 'Draw' Crystals on Demand

3 ARTICLES

3w ago

Studies Find U.S. Wastewater Plants Emit Far More Methane and Nitrous Oxide Than EPA Counts

3 ARTICLES

3w ago

Bamboo Bioplastic Matches Engineering Plastics and Biodegrades in 50 Days

7 ARTICLES

3w ago

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

3 ARTICLES

4w ago

Rice Membrane Selectively Extracts Lithium From Brines in Energy-Saving Electrodialysis

3 ARTICLES

4w ago

NUS Scientists Create Amino Acid–Modified Ice That Traps Methane in Minutes

4 ARTICLES

4w ago

Rice Unveils Ultrafast Rare‑Earth Recycling Method as Texas Startup Plans 2026 Production

3 ARTICLES

4w ago

Dual-Salt Electrolyte Advances Safer Aqueous Zinc Batteries With 93% Retention After 900 Cycles

4 ARTICLES

4w ago

OXCCU Raises £20.75 Million to Scale Single-Step Catalyst for Sustainable Jet Fuel

3 ARTICLES

last mo.

Machine Learning Cracks Low-Temperature Structure of FAPbI3 Perovskite

3 ARTICLES

last mo.

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

3 ARTICLES

last mo.

DICP Team Demonstrates First Room-Temperature All-Solid-State Hydride-Ion Battery

3 ARTICLES

last mo.

KIMS Validates MXene–Nickel Ferrite Catalyst for Direct Seawater Electrolysis

3 ARTICLES

last mo.

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

3 ARTICLES

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Johns Hopkins Team Unveils Wafer-Scale Metal-Organic Resists for Beyond‑EUV Chipmaking

3 ARTICLES

last mo.

LeydenJar Secures €23 Million, Including U.S. Customer Backing, to Build Silicon-Anode Plant in Eindhoven

5 ARTICLES

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IOCL Opens Grade A Engineer Recruitment With Oct. 31 CBT

Chemical Engineering

Molten Salt Method Revives EV Battery Cathodes, Restoring Structure and Capacity

Keeping Water in Cathode Boosts Sodium-Ion Batteries, Enabling Desalination in Salt Water

Vitamin B2–Glucose Flow Battery Shows Promising Power, Reveals Stability Hurdles

Ultrafast Laser Pulses on Gold Nanoparticles Let MSU Scientists 'Draw' Crystals on Demand

Studies Find U.S. Wastewater Plants Emit Far More Methane and Nitrous Oxide Than EPA Counts

Bamboo Bioplastic Matches Engineering Plastics and Biodegrades in 50 Days

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

Rice Membrane Selectively Extracts Lithium From Brines in Energy-Saving Electrodialysis

NUS Scientists Create Amino Acid–Modified Ice That Traps Methane in Minutes

Rice Unveils Ultrafast Rare‑Earth Recycling Method as Texas Startup Plans 2026 Production

Never miss stories about

Chemical Engineering

Dual-Salt Electrolyte Advances Safer Aqueous Zinc Batteries With 93% Retention After 900 Cycles

OXCCU Raises £20.75 Million to Scale Single-Step Catalyst for Sustainable Jet Fuel

Machine Learning Cracks Low-Temperature Structure of FAPbI3 Perovskite

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

DICP Team Demonstrates First Room-Temperature All-Solid-State Hydride-Ion Battery

KIMS Validates MXene–Nickel Ferrite Catalyst for Direct Seawater Electrolysis

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

Johns Hopkins Team Unveils Wafer-Scale Metal-Organic Resists for Beyond‑EUV Chipmaking

LeydenJar Secures €23 Million, Including U.S. Customer Backing, to Build Silicon-Anode Plant in Eindhoven

IOCL Opens Grade A Engineer Recruitment With Oct. 31 CBT

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Chemical Engineering