HEADLINES ARCHIVE
ESA seeks antimicrobial linings for future spacesuits
BACTeRMA uses chemical compounds called secondary metabolites with antibiotic properties that enable them to protect themselves against other harmful bacteria.
Coated sponge could destroy harmful algal blooms
The new environmentally safe solution for killing toxin-producing algae and cyanobacteria involves a floating sponge coated in a charcoal-like substance paired with an oxidizing agent.
A recipe for long-term carbon sequestration
Two ingredients are needed to cost-effectively sequester atmospheric carbon for durations of thousands of years: vegetation and salt.
Turning bugs into bioplastics
A chemical present in the carcasses of black soldier flies reportedly features several different proteins and nutritious compounds, making it ideal for a number of applications including as a bioplastic.
Study: Deserted oil wells are environmental time bombs in Canada
The steel and concrete structures that sit inactive just below the surface will erode and break down over time and also emit methane, according to the researchers.
A biodegradable substitute for industrial plastics
The more environmentally benign material fuses copolyesters based on dicarboxylic acids with hemp.
Video: Bioremediation solution targets 1,4-dioxane in groundwater
The portable system has been demonstrated to degrade 99% of 1,4-dioxane, a pervasive synthetic industrial chemical that is completely miscible in contaminated groundwater.
An improved adsorbent for cesium capture
Dittmarite-type magnesium phosphates offer high cesium adsorption capacities.
How to measure thermal energy storage
Innovative technologies, such as solar thermal and geothermal systems, are helping to meet a portion of the world’s energy demand while minimizing the detrimental greenhouse gas emissions associated with traditional fossil fuel-based systems.
Researchers aim to revolutionize fluoride salt pump technology
The research team plans to employ experimental and numerical methods to investigate the static and dynamic performance of fluoride salt-lubricated bearings and high-temperature seals.
SEE and ExxonMobil embark on first-of-its-kind food packaging tray circularity initiative in Australia
The collaboration will divert approximately 900 tons of plastic waste annually from landfill or incineration.
Single-walled carbon nanotubes for energy storage
These structures show great potential in various energy-related applications, including supercapacitors, batteries, solar cells and hydrogen storage.
Salty hydrogel swigs water from air
The superabsorbent material can soak up a record amount of moisture from the air across a range of humidity levels.
A brief guide to high temperature coatings
This article provides an overview of high temperature coating technologies available for operating temperatures from 200° F to 1,200° F (93° C to 649° C).
A technique to cut metal testing complexity
Metal cutting coupled with high-speed photography and new data analysis techniques offers an accessible method to explore metal behavior under extreme conditions.
Study: Mycelium shows promise as sustainable fire-retardant
The team determined that a thermal protective char layer forms around the mycelium in response to fire exposure or radiant heat exposure. The longer and the higher the temperature at which mycelium char survives, the better its application as a fireproof material.
Lollipop-like device 'sweetens' throat swabs
The device, which works in lieu of traditional throat swabs for strep throat, features a spoon-like stick with a spiral shaped grooved etched to capture bacteria, such as the kind associated with strep throat.
Discover Evident's revolutionary CIX100 inspection system in action
Master manufacturing with CIX100 — Elevating standards with precision and reliability.
Cable carrier as a compact, cost-effective energy supply system
The new igus e-chain cable carrier is made entirely of recyclate and can be installed in seconds to guide cables reliably.
Scientists create edible, transparent and biodegradable food packaging
To potentially alleviate the environmental impact of plastic food packaging, the team of CUHK scientists is exploring the use of bacterial cellulose (BC).