Chemical Engineering

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3 ARTICLES

5d ago

Study Shows Cement Plants Could Use Calcium‑Looping DAC to Remove Carbon

ETH Zurich modelling finds large lifecycle cuts if plants use low‑carbon power and new electric kilns to cycle calcium between cement making and air capture.

3 ARTICLES

3w ago

UC San Diego Patch Continuously Tracks Parkinson’s Drug Levels in Sweat

3 ARTICLES

3w ago

Niutech Builds 300,000‑Ton Plant in China to Recover Titanium From Mining Tailings

3 ARTICLES

last mo.

Oklo Acquires Creative Engineers to Internalize Sodium and Liquid‑Metal Expertise

4 ARTICLES

last mo.

Warwick Team Uncovers Hidden Intermediate Materials, Including New BiVO4 Polymorph

3 ARTICLES

3mo ago

Engineers Stabilize Polarization in a Metal, Shifting Work Function by Over 1 eV

3 ARTICLES

4mo ago

Chemistry Advances Push All-Perovskite Tandems Toward 30% With Stronger Stability

3 ARTICLES

5mo ago

NIR-II Tracers Reveal Microplastics’ Path Through the Body in Real Time

3 ARTICLES

5mo ago

Missouri Team Demonstrates Rewritable DNA Storage in Peer-Reviewed Study

6 ARTICLES

5mo ago

Perovskite Solar Advances Pair 23.15% Mini-Module With 27% Stress-Tested Cells

3 ARTICLES

6mo ago

UCSB Molecule Stores Sunlight for Years, Then Releases Heat to Boil Water

7 ARTICLES

6mo ago

UMaine Chemical Engineering Student Dies After Gas Exposure at Woodland Pulp Mill

3 ARTICLES

6mo ago

Three-Layer Electrode Turns Exhaust CO2 Into Formic Acid in Single Step

3 ARTICLES

6mo ago

Two New Solar Desalination Prototypes Beat Salt Clogging, Boost Output

3 ARTICLES

7mo ago

Chinese Team Reports Anode-Free Sodium–Sulfur Battery Reaching 3.6 Volts

3 ARTICLES

7mo ago

Tohoku Team Builds Mg4C60, a Covalently Bridged Fullerene Anode Enabling Stable Lithium Storage

Chemical Engineering

Study Shows Cement Plants Could Use Calcium‑Looping DAC to Remove Carbon

UC San Diego Patch Continuously Tracks Parkinson’s Drug Levels in Sweat

Niutech Builds 300,000‑Ton Plant in China to Recover Titanium From Mining Tailings

Oklo Acquires Creative Engineers to Internalize Sodium and Liquid‑Metal Expertise

Kyushu Scientists Convert Sunlight Into Ultraviolet With Solid Organic Film

Chinese Team Develops Ultra‑Black Automotive Paint That Absorbs 99.9% of Light

MIT Unveils Low-Temperature Process to Extract Lithium From Rock

UV-Light-Triggered Crystal Traps Water From Air

Warwick Team Uncovers Hidden Intermediate Materials, Including New BiVO4 Polymorph

Engineers Stabilize Polarization in a Metal, Shifting Work Function by Over 1 eV

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Chemical Engineering

Chemistry Advances Push All-Perovskite Tandems Toward 30% With Stronger Stability

NIR-II Tracers Reveal Microplastics’ Path Through the Body in Real Time

Missouri Team Demonstrates Rewritable DNA Storage in Peer-Reviewed Study

Perovskite Solar Advances Pair 23.15% Mini-Module With 27% Stress-Tested Cells

UCSB Molecule Stores Sunlight for Years, Then Releases Heat to Boil Water

UMaine Chemical Engineering Student Dies After Gas Exposure at Woodland Pulp Mill

Three-Layer Electrode Turns Exhaust CO2 Into Formic Acid in Single Step

Two New Solar Desalination Prototypes Beat Salt Clogging, Boost Output

Chinese Team Reports Anode-Free Sodium–Sulfur Battery Reaching 3.6 Volts

Tohoku Team Builds Mg4C60, a Covalently Bridged Fullerene Anode Enabling Stable Lithium Storage

Never miss stories about

Chemical Engineering