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Chemical Engineering

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Facts At Your Fingertips: Industrial Electrolysis

Industrial electrolysis involves passing a direct electric current through an electrolyte to elicit a range of chemical reactions. Electrolyzers are key pieces of technology for producing many important industrial chemicals. This one-page reference reviews the basic general operation of an…

Lithium Landscape: Activity is Charging Forward in the U.S.

Across several regions of the U.S., new lithium projects are emerging to build up a more localized supply chain Despite growing demand in the U.S. for batteries in consumer electronics and electric vehicles (EV), the vast majority of lithium extraction…

Controlling Process Variables for Solid-State Battery Performance

Optimizing electrical conductivity in next-generation batteries depends on carefully controlling process variables, such as mixing, particle-size distribution and temperature. Presented here is a discussion of how these process variables affect battery performance In the evolving landscape of energy storage technologies,…

Automation Optimizes Rinsewater Recycling

Onsite recycling proved cost-effective for an aerospace supplier. With real-time feedback and control, a new automation upgrade takes process efficiency to the next level Throughout the chemical process industries (CPI), efficient and affordable approaches to wastewater treatment are of paramount…

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…

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Chementator Briefs

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…

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Scaleup underway for super-efficient silver refining

A significant contributor to the cost, energy consumption and carbon footprint of silver production is in the refining steps to remove, recover and recycle zinc from Parkes Crust silver-zinc intermetallic compounds. A fundamental redesign of the silver process to improve…

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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,…

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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…