
Old Tyres Turned Phosphorus Magnets Could Feed Crops and Clean Wastewater
Researchers converted waste tyre biochar using hydrogen peroxide to create a material that removes 99% of phosphorus from wastewater.
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Reporting, analysis and policy the ACC is tracking across the topics and applications most relevant to this division.

Researchers converted waste tyre biochar using hydrogen peroxide to create a material that removes 99% of phosphorus from wastewater.

Researchers created carbon-fiber-reinforced geopolymer composites using red mud and ore tailings, achieving electromagnetic shielding effectiveness up to 33.5 decibels in the X-band frequency range.

Researchers have developed Lollylab, a lollipop-shaped device that measures acetaminophen levels in saliva in under two minutes using a graphene sensor, offering a noninvasive testing method.

Researchers at Khalifa University have developed hybrid membranes using gallic acid-functionalized MXene, achieving over 95% rejection of dyes and pharmaceuticals in wastewater treatment tests.

Park City is piloting biochar production in Thaynes Canyon to reduce wildfire risks and improve soil health. The project covers 200 acres and aims to enhance water retention.

Researchers in the EU-funded MINIGRAPH project developed a magnetic robot to implant graphene electrodes in the brain along curved paths.

Researchers at Northeast Normal University developed a nano-magnesium oxide modified pyro-hydrochar from Rhus typhina biomass, achieving a fluoride adsorption capacity of 469.64 mg/g, outperforming other magnesium oxide adsorbents.

Researchers in Qatar discovered that non-activated biochar from banana peels increased biocrude yield from sewage sludge to 37.88%, thanks to its high potassium content.

Researchers at BEMMS, in collaboration with ICMR-NARFBR, developed a nanocarbon compound showing up to 90% effectiveness in destroying breast cancer tumor tissue in preclinical mouse studies.
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