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Creating microgels for drug delivery by ion exchange

One method used to deliver drugs in a controlled manner is to encapsulate them in an injectable gel. Microgels — hydrogel particles made of synthetic or natural polymers with a high water content that measure about 1 to 100 micrometers…

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This single-pot reaction scheme could open the path to recycling used tires

Recycling vehicle tires is complicated because the rubbers used (including butadiene and polyisoprene) are highly cross-linked, and because pyrolysis-based recycling of the rubbers generates environmentally hazardous compounds like benzene and dioxins. Now, researchers at the University of North Carolina at…

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Non-fluorinated coatings reach new heights with first oil- and water-repellent textile product

As industries and consumers have shown an increasing preference for water and oil repellents that do not include any fluorinated materials, significant efforts and years of research and testing have gone into developing non-fluorinated alternatives. AGC Chemicals Americas, Inc. (AGCCA;…

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Direct cryo-compression of gaseous hydrogen: the “best of both worlds” between liquefaction and compression

Safe and cost-effective storage represents one of the major hurdles in the widespread adoption of “clean” hydrogen in energy applications. A hydrogen-storage approach called cryo-compression is being poised as a bridge between high-density (but expensive) hydrogen liquefaction and cheaper (but…

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Molten-salt electrolysis process quickly scales up U.S. cobalt-refining capacity

A proprietary molten-salt electrolysis (MSE) process originally designed for battery manufacturing has now been re-optimized for North America’s first operational cobalt-refining plant. The DirectPlateTM MSE technology developed by Xerion Advanced Battery Corp. (Kettering, Ohio; www.xerionbattery.com; see Direct molten-salt electroplating cuts…

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This MOF selectively adsorbs CO2 from biogas and can be regenerated under mild conditions

Biogas — produced from anaerobic digestion of organic matter — contains a mixture of gases, with methane and carbon dioxide as the predominant components. To use biogas as a fuel source, purification of the gas is typically needed to remove…

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Direct synthesis of C2 hydrocarbons using photoelectrochemistry

Researchers from the Lawrence Berkeley National Laboratory (Berkeley, Calif. www.lbl.gov), along with a host of collaborators, have made progress on an artificial photosynthesis system that converts CO2 into ethane and ethylene using nanostructured copper and perovskite. In a recent publication…

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Conversion of CO2 gas to graphene successfully demonstrated

The ability to economically produce large scales of graphene will help to enable many high-performance applications, from smart packaging materials and medical devices to safer gas storage. A new process demonstrated at Southwest Research Institute (SwRI; San Antonio, Tex.; www.swri.org)…

First-of-its-kind project converts datacenter waste heat into biomass

Data4 (Paris, France), leading European datacenter operator, and the Fondation de l’Université Paris Saclay announced the launch of a groundbreaking proof-of-concept project aimed at transforming heat from its servers into biomass. This ambitious project, deployed at its Marcoussis, France site,…

Chlor-Alkali Process Systems

Design considerations to ensure a safe, effective piping system A naturally occurring element, chlorine serves as the basic building block for some of the most critical health and safety items used in everyday life, such as drinking water treatment, waste…