Materials and Chemicals

HEADLINES ARCHIVE

  • Liquid-coated air filters improve bio-surveillance of airborne pathogens

    The composite membrane coated with liquid and applied to filters proved to enhance air sampling efforts, capturing viable bacterial and viral samples for analysis during tests in the lab.

  • Video: Photocatalyst lights up ammonia-to-hydrogen conversion

    An inexpensive plasmonic photocatalyst harnesses energy from light to turn ammonia into hydrogen fuel.

  • Video: Sustainable packaging sown on the farm

    Reusing Agricultural Waste (RAW) Packaging is derived from agricultural waste produced by sugar cane farms across India.

  • High temperature fluids — Thermal stability and maximum temperature ratings

    One of the most critical performance aspects of a fluid designed for high temperature service is its thermal stability.

  • New disinfectant spray promises to protect food

    To develop the spray, the McMaster researchers encouraged bacteriophages, which are harmless viruses that consume bacteria, to link together and form a microscopic chain of beads.

  • Video: Printfrastructure primed for UK water sector

    Additive manufacturing technology has made its debut in the U.K. water sector.

  • This company to cease PFAS use as part of water quality goals

    As part of its water and environmental stewardship goals, 3M will discontinue use of these "forever chemicals" by 2025.

  • Self-healing concrete promises to fix pipes without human intervention

    The self-healing concrete features microcapsules filled with water treatment sludge for mitigating microbial corrosion.

  • Sanitizing soil by solar evaporation

    An interfacial solar evaporation system functions as a biomimetic plant, mimicking the botanical ability to transport soil water and capture heavy metals.

  • Study gauges the extent of PFAS pollution in the US

    Analysis of publicly available data reveals that more than 57,000 sites throughout the U.S. may be contaminated with these "forever chemicals."

  • Project to reuse algae, seaweed from decommissioned oil rigs

    Seaweed, mussels, coral and algae taken from the legs of decommissioned oil and gas platforms could potentially be turned into new animal and fish feeds.

  • Self-cleaning coating promises to improve efficiency of solar panels

    The transparent coating is superhydrophobic, or extremely water repellant, and promises to reduce the amount of dust accumulation on solar panels.

  • Anellotech to advance development of Tex-TCat, an efficient recycling technology for mixed waste textiles

    The fluid bed catalytic pyrolysis technology is the first that efficiently recycles mixed waste textiles directly into the same chemical feedstocks used to make virgin synthetics.

  • Blasting leaves off of rail tracks with dry ice

    The new rail cleaning system is expected to be installed underneath passenger trains run by train operator Northern in 2023.

  • Quantum computing, machine learning used to develop new energy saving coating

    The transparent coating, dubbed transparent radiative cooler (TRC), was developed using quantum computing and machine learning.

  • PNNL develops new, more rugged explosion tracers

    To develop tracers capable of tracking particulates through extreme environments where they would encounter high pressures and temperatures as well as assorted chemicals, researchers turned to inorganic materials.

  • Die-drawing process leads to stronger, more durable plastic pipes

    Using a die-drawing process wherein standard plastic is drawn through a die and over a mandrel, thereby changing the materials’ properties at the molecular level, reportedly made the plastic stronger and more durable.

  • Tesa tape launches first-of-their-kind wire harness sleeves in the industry

    The sleeves eliminate the need for multiple wire protection solutions.

  • Gold-based coating to fight fog

    The 18 nanometer-thick coating, which both removes existing fog on surfaces and prevents its formation, features two layers of titanium oxide surrounding a middle gold layer.

  • Coating formulated to protect national monuments, historical structures

    The hybrid organo-silicon coating system proved effective against the elements when applied to various surfaces of assorted materials and left outside exposed to rain, snow and extreme temperatures.

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