CHEMICAL ENGINEERING

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Dec 21 2025ENVIRONMENT

Breaking Down the Forever Chemicals: A Big Win for Alabama Researchers

In a big step forward for environmental science, a team of researchers from Alabama, Delaware, and South Carolina have teamed up to tackle a growing problem: "forever chemicals. " These chemicals, known as PFAS, are tough to break down and can cause serious health issues. Dr. Yu Lei from the Univers

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Oct 20 2025SCIENCE

Zinc Batteries Get a Boost: A Smarter Way to Store Energy

Zinc-ion batteries are gaining traction for their safety, affordability, and eco-friendliness. Yet, they face some tough challenges, like dendrite growth and hydrogen gas formation, which can cause problems. To tackle these issues, scientists have been using highly concentrated electrolytes. While t

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Oct 19 2025SCIENCE

Tianjin University: A Century of Chemical Engineering and Sustainable Science

Tianjin University is celebrating a big milestone in 2025. It's been 130 years since it first opened its doors. But that's not all. The university is also marking a century of progress in chemical engineering. This is a big deal. It shows how far science and technology have come. The Royal Society

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Jul 09 2025SCIENCE

A New Way to Separate Gases Using Smart Materials

A big problem in chemistry is separating ethane (C2H6) from ethylene (C2H4). These gases are similar, but important for different industries. Scientists have been working on ways to do this better. One approach is using special materials called metal-organic frameworks (MOFs). These are like tiny s

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Apr 21 2025SCIENCE

Smart Tricks to Spot and Treat Cancer

Cancer treatments often face a big problem: not enough targets to hit. Scientists have found a clever way to create more targets on cancer cells. They use special sugars to build chemical groups on cell membranes. This trick is called metabolic glycoengineering. It helps make cancer cells more v

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Feb 14 2025SCIENCE

Unlocking the Secrets of Styrene Monooxygenases: A Battle of Residues

Styrene monooxygenases are special enzymes that can tell the difference between left and right-handed molecules. These are known as enantiomers. They are part of a bigger family called Group E flavoprotein monooxygenases, or GEMs. These enzymes are great at making one enantiomer more than the other

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