Atomic Catalyst Converts Plant Waste into Valuable Chemicals
Scientists have created an atomic catalyst that efficiently breaks down plant waste lignin into valuable chemicals, offering a sustainable alternative to petroleum-based products.
Scientists have created an atomic catalyst that efficiently breaks down plant waste lignin into valuable chemicals, offering a sustainable alternative to petroleum-based products.
Scientists developed a new membrane with one-nanometer pores, potentially cutting industrial energy use and improving water recycling and chemical purification.
Researchers found that longer molecules can pass faster through dynamic nanoscale pores than shorter ones, challenging conventional understanding of molecular transport.
A new reversible conductive glue developed by Newcastle University could revolutionize electronics recycling by allowing components to be easily separated for reuse.
Researchers discovered that exchanging counter anions can increase carbon dioxide adsorption in polyionic liquids sevenfold, offering a new design guideline for CO2 capture technologies.