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Molten-salt nuclear reactors take the next step toward industrial deployment

Over decades of experimentation, molten-salt nuclear reactors have been shown to deliver high-temperature heat and extremely efficient electricity at reduced pressures. However, these reactors have yet to make the leap into widespread industrial adoption. Terrestrial Energy Inc. (Charlotte, N.C.; www.terrestrialenergy.com)…

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Facts At Your Fingertips: Flexible Intermediate Bulk Containers

Flexible intermediate bulk containers (fIBCs) are large, collapsible woven containers designed for transporting and storing of dry, flowable materials, such as powders, grains and granules, in industrial settings. This one-page reference summarizes the available options for flexible IBCs. Normally made…

Show Preview: Interpack

Interpack (May 7–13; www.interpack.com) is the leading international exhibition for packaging and processing technologies, held every three years in Düsseldorf, Germany. At Interpack, professionals across the packaging, food, pharmaceutical and related sectors can explore cutting-edge developments and connect with experts…

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Chemical Engineering Business News: May 2026

Plant Watch Nouryon expands production capacity for colloidal silica in China April 13, 2026 — Nouryon (Amsterdam, the Netherlands; www.nouryon.com) is expanding production capacity for colloidal silica at its manufacturing site in Guangzhou, China to serve fast-growing segments like emissions-control…

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Electrochemical-redox process expands recycling potential for LFP batteries

Lithium-iron-phosphate (LFP) batteries offer a compelling combination of performance characteristics for stationary energy storage, including improved safety and longevity, when compared to other lithium battery chemistries, such as nickel- and cobalt-based formulations. However, there are limited recycling pathways dedicated to…

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Waterless technology uses supercritical CO2 to recycle textile waste

Textile waste is one of the fastest-growing waste streams globally, and there are limited options available to efficiently recycle end-of-life textiles into useful materials. A new recycling approach developed by Renasens (Stockholm, Sweden; www.renasens.com) utilizes supercritical CO2 to recover intact…

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Modular, low-cost ammonia-production system is designed for intermittent energy

Ammonia is a critical input for agricultural fertilizers, but NH3 production is plagued by volatile prices, difficult global logistics and high CO2 emissions. A new NH3-production system from the startup TalusAg (Austin, Texas; www.talusag.com) addresses these challenges with a modular…

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Unique support boosts single-atom indium catalysis of CO2-to-methanol reaction

Synthesis of methanol from carbon dioxide is among the key goals for net-zero-CO2 production of chemicals and fuels. Previous investigation has suggested that indium oxide could serve as an effective catalyst for this reaction, but the structural details of the…

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Recent Updates to Non-Metallic Piping Standards

As applications, risks and materials continue to evolve, it is vital that engineers stay abreast of revisions to the standards that govern non-metallic piping systems Recent advancements in standards developed by the American Society of Mechanical Engineers (ASME; New York,…

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High-Impact Tank Cleaning for Specialty Chemicals

By applying concentrated mechanical force, high-impact tank-cleaning systems can overcome the limitations of traditional cleaning methods in certain applications Tank cleaning in specialty chemical manufacturing isn’t just routine maintenance. It directly affects product quality, production schedules, worker safety and the…