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Cornell chemists develop electrochemical method for creating chiral molecules for pharmaceuticals

Chemists from Cornell University (Ithaca, N.Y.) have developed a way to use electrochemistry to make chiral molecules, which occur in mirrored pairs, like human hands. Common in pharmaceuticals, chiral molecules are important to get right to be effective and safe. …

Reduce Your Air Consumption with Pro-Flo SHIFT

With energy prices on the rise and sustainability in the spotlight, manufacturers are under pressure to do more with less. Rebates for energy-efficient operations are up for grabs — but only if your systems are ready. Enter the Wilden® Pro-Flo®…

Imperial Oil completes construction of renewable diesel plant in Canada

Imperial Oil Ltd., a majority-owned affiliate of ExxonMobil Corp. (Irving, Tex.) has completed construction of a renewable diesel facility at its Strathcona refinery near Edmonton, Canada, a milestone for Canadian operations. At full capacity, the facility is expected to be…

World’s first zero-emissions quicklime plant underway in Norway

Thyssenkrupp Polysius is set to provide the kiln system for SMA Mineral’s new pilot plant in Mo i Rana, Norway, the world’s first of its kind to produce quicklime entirely without carbon dioxide emissions. Based on Salt X Technology AB (Hägersten,…

New phosphine ligand presents a milestone in nickel-catalyzed coupling reactions

Eneos Corp. (Tokyo) has announced the development of alkylphosphine with a triisobutylene (TIB) backbone (TIB phosphine ligand), a high-performance ligand for nickel-catalyzed coupling reactions, in collaboration with Prof. Kouki Matsubara, Faculty of Science, Fukuoka University.  To practically apply this ligand…

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New dry electrode for aqueous batteries boosts promise of zinc-iodine batteries

The growing need for energy-storage solutions for a gamut of applications from electronic devices to large-scale energy systems has spurred an increase in research for innovative technologies. Considerable attention is being given to new chemistries beyond the widely used lithium-ion…

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New material sets a world record for the fastest lithium-ion conductivity

A patent-pending material developed at the Technical University of Munich (TUM; www.tum.de) has achieved the fastest-ever conductivity of lithium ions, and is now poised to significantly improve the efficiency of future solid-state batteries. Solid-state batteries, often seen as a more…

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Low-carbon cement formulated for additive manufacturing of residential housing

Manufacturing traditional cement for concrete is responsible for a sizeable (~8%) portion of overall global CO2 emissions. Meanwhile, anthropogenic global warming is driving the need for housing structures capable of withstanding hurricane-force winds and wildfires. The cement technology company Eco…

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Improving the stability of edible oils without additives

In the catering industry, refined cooking oils (those that have undergone a process to remove lower-boiling-point impurities) are used and re-used in frying. Despite the refining process, high temperatures cause the oils to oxidize, creating polar compounds that degrade the…

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Targeted step-leaching recovers more critical materials from coal ash

Due to rising demand and widespread supply-chain turmoil, researchers around the world are investigating creative methods to obtain rare-earth elements (REEs) and other critical minerals and metals (CMMs). The ash from combusting coal has previously been seen as a potential…