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Tire recycling The Mitsubishi Chemical Group (MCG; Tokyo, Japan; www.mcgc.com) has demonstrated chemical recycling of end-of-life tires (ELTs) using the coke ovens at its Kagawa Plant (Sakaide City, Kagawa Prefecture). The company is able to feed crushed ELTs as raw…
Advancing battery technologies
Last month, the U.S. Department of Energy (DOE, www.energy.gov) announced that two Energy Innovation Hub teams would receive a total of $125 million ($62.5 million to each team) in funding over five years to “seed and accelerate next-generation technologies beyond…
Recycling mixed medical waste with steam cracking
Currently, medical waste streams are complicated to recycle because these single-use products — such as facemasks, syringes, nitrile gloves and non-woven gowns — consist of multiple materials and must be considered contaminated with potentially infectious particles. Now, researchers at Chalmers…
Process for continuous production of MOFs plans scaleup
Metal-organic frameworks (MOFs) have shown great potential for a number of applications, including as carbon-capture materials, but their use commercially has been limited by production methods, which are generally expensive batch processes. With the development of a continuous process for…
Pad-Reinforced Nozzles in Pressure Vessels
This article examines the application of reinforcing pads for strengthening nozzles in pressure vessels and the impact of the geometric gap that exists between the pad and the vessel shell Many common forms of nozzle connections in technological applications are…
Scaling up brine electrolysis for high-purity lithium hydroxide
A significant portion of the energy and cost requirements in the production of lithium-ion batteries stems from the cost of converting lithium sulfate or lithium chloride into lithium hydroxide monohydrate (LHM) of sufficient purity for battery use. Noram Electrolysis Systems,…
A low-cost coating system designed to optimize water electrolysis
Seemingly small component changes can make a large impact on the productivity of electrochemistry systems, such as electrolyzers used for producing “green” hydrogen. For example, a new coating technology developed by Oxford nanoSystems Ltd. (OnS; Abingdon, U.K.; www.oxfordnanosystems.com), when applied…
Fujifilm to invest in Japan to expand semiconductor materials business
Fujifilm Corp. (Tokyo) announced an investment of 20 billion yen in its semiconductor materials business to further strengthen its facilities for the development, production and quality evaluation of advanced semiconductor materials in Shizuoka and Oita, Japan. The total amount of…
Gevo acquires Cultivate Agricultural Intelligence for $6 million
Gevo, Inc. (Englewood, Colo.) has acquired Cultivate Agricultural Intelligence, LLC (CultivateAI) for $6 million in cash, with the opportunity for the sellers to receive additional earn-out payments. Gevo will fold CultivateAI into its wholly owned Verity subsidiary to accelerate Verity’s…
Schneider Electric and Glencore collaborate to drive copper circularity
Schneider Electric (Paris) has partnered with Glencore Ltd. (Baar, Switzerland) to transform its copper supply chain and enhance decarbonization efforts. S&P Global estimates that demand for copper will double by 2035, driven by electrification and the clean energy transition. Balancing…