Researchers combined supercritical CO2, a food-grade deep eutectic solvent, and microwave heating to recover highly soluble, antioxidant-rich protein from avocado oil waste.

As demand grows for efficient, reliable, and adaptable extraction technologies across the pharmaceutical, food, natural ingredients, and chemical processing industries, equipment manufacturers are ...

ORNL researchers created a new way to separate rare-earth elements, potentially reducing waste and foreign reliance.

Researchers developed a hydrophobic deep eutectic solvent microextraction method that sensitively detects four polycyclic ...

Cyprium Metals Ltd (ASX:CYM, OTCQB:CYPMF) has achieved key commissioning milestones at its Nifty Copper Complex in Western Australia, with heap leach operations ramping up and first copper cathode ...

The critical minerals sector sits at the intersection of several rapidly evolving areas within national security and energy policy, ...

Aclara Resources Inc. ("Aclara" or the "Company") (TSX: ARA) is pleased to announce it is expanding the scope of Project Dynamo, its planned rare earth separation facility in Louisiana, to incorporate ...

Oregon State University scientists have patented a better and more eco-friendly process for separating two metals that are critical in their pure forms for the ...

Conventional metal recovery technologies do not adequately recover critical metals from effluents containing hydrophilic ...

In this Eye on Patents column, we explore a class of solvent with much potential but, so far, little commercial uptake ...

Refinyx has launched from stealth with technology designed to improve the separation and purification of critical materials, ...

- China controls 99% of Western heavy rare-earth processing, dominating solvent-extraction chemistry critical for magnet production. - Robert Friedland advocates urgent Western mobilization to address ...