HEADLINES ARCHIVE
A slim solution for electrifying industrial gas heating
This approach reflects the philosophy that thin is in: Deploy carbon nanotube fibers (CNTFs) as a new type of electric heating element.
A powerful path for plastic waste upcycling
A novel upcycling process has been developed to convert plastic waste into sustainable liquid fuels.
Photocatalyst prescribed to remove antibiotics from water
Antibiotic pollution in water can be alleviated with a biochar-enhanced photocatalyst.
Algae-based sugars demonstrate anti-inflammatory benefits and enhance skin repair
These natural compounds can expedite wound healing, reduce inflammation and shield skin cells from UV-induced damage.
Smart wound dressing releases antibiotics on demand to speed healing, curb resistance
The material promises to rapidly clear wound infections to expedite healing while also reducing the unnecessary use of antibiotics — which is a significant driver of antibiotic resistance.
One-step detection of water pollutants
A microfluidic device can detect "forever chemicals" and other pollutants directly from environmental samples.
Strengthening skills of water utility pros
An industry training program for water and wastewater professionals provides expertise for eliminating water loss due to pipeline leaks and corrosion and reducing emergency water main breaks.
3D-printed nano-implants target tumors with precise drug delivery
Because the capsules are between 200 nm and 300 nm long and capable of passing through cell membranes, they could potentially deliver a high dosage of cancer-fighting medication precisely to those affected cells.
This paint shifts color on impact, revealing where it was hit and how hard
The paint is comprised of a color-changing polymer enveloped by a silk protein polymer shell. It can reportedly be painted on surfaces of nearly any size, texture or contour.
Compound from snails shows promise as a safer alternative to heparin
Researchers have identified a snail-derived compound capable of blocking harmful clot formation while simultaneously preserving normal bleeding control in mice.
Surgical stitches promise to deliver anti-inflammatory drugs directly to wounds for several weeks
Stitches and anti-inflammatory drugs ease pain but not wounds, causing inflammation, delayed healing, complications; researchers seek targeted solutions.
Bourbon byproducts beget supercapacitors
Bourbon distillery waste was converted into electrodes for supercapacitors that store more energy per kilogram than commercial devices.
Fuel gas conditioning: A key to reliability for turbines, engines and boilers
Without proper conditioning, fuel gas can carry moisture, particulates and trace liquids into the system. These impurities may seem minor, but they can lead to serious issues, including damaged valves, corroded components, inefficient combustion and unexpected downtime.
Strategic use of ceramics in cast iron machining
In cast iron machining, these engineered ceramic grades represent one of the most robust solutions for high-temperature performance.
How electro-oxidation is redefining PFAS destruction
This innovative technology has the potential to solve issues faced not only by water utilities worldwide, but also by industrial waste facilities seeking a permanent end to PFAS contamination.
How a battery sweats to keep cool
A passive cooling membrane helps lithium-ion batteries "sweat" — and prevents thermal runaway.
3D printing metal in orbit: A giant leap for interstellar travel
Plans by the ESA and Airbus to ramp up metal 3D printing aboard the ISS has huge implications for just how far space exploration can go.
Advanced wear-resistant coatings for long lasting connections
This article takes a deeper look at the most capable materials in this evolving array of wear defense finishes, going so far as to detail which equipment type will benefit from each hardened coating solution.
Mineralized sawdust powers fire-resistant composite
The composite material was produced using the mineral struvite, a crystalline, colorless ammonium magnesium phosphate known for its fire resistance.
Early-alert patch flags allergic responses before symptoms hit
The AllergE patch is a microneedle-based biosensor that painlessly detects immunoglobulin E (IgE) — which is the antibody that triggers allergic reactions — from the fluid beneath the skin.