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Zwitterions enhance ion transport for polymer-based electrolyte material

Batteries with solid-state electrolyte materials, rather than liquids or gels, are a goal of technology developers because of their advantages for battery safety, durability and reduced charge times. Certain ceramic-based electrolytes have shown the ability to transport ions quickly, but…

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AI and Human-Centered Skills in Modern Engineering

Natural-language models powered by generative artificial intelligence (AI) technologies can enhance human-centered skills, such as communication, emotional intelligence and interpersonal workflows in chemical-manufacturing settings The chemical process industries (CPI) operate in environments defined by nonlinear system behavior, tight safety margins…

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Commercial-scale plant for conversion of polyolefin waste to fuels proceeds toward FID

The final investment decision (FID) for a plant in Baytown, Tex. that will convert polyolefin waste into fuels and petrochemical feedstocks is anticipated near the end of 2026. The facility, operated by Abundia Global Impact Group Inc. (AGIG; Houston, Tex., www.abundiaimpact.com),…

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Targeted magnetic system recovers valuable iron phosphate from sewage sludge

Many wastewater-treatment plants rely on iron-based coagulation to remove phosphorus from water. Following treatment with iron-based coagulants, most iron present in the sewage sludge is in the form of an iron-phosphate mineral known as vivianite. A patented technology called ViviMag…

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Volatility, Value and Visibility: Rethinking Raw-Material Strategies

Due to current global conditions, raw-material considerations — volatility in particular — are now being taken into account earlier, and integrated more intimately, into project planning and management strategies Over the past few years, raw materials have moved from the…

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Micro-architectural alterations remove hurdles that hinder hydrogen fuel cells

Hydrogen fuel cells, which use hydrogen and oxygen to generate clean electricity and pure water, are considered among the most promising clean energy sources. However, the accumulation of liquid water inside hydrogen fuel cells is a major roadblock to efficient…

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Innovative Membrane and Filter Technologies Reduce Downtime

New materials, designs and digitalization provide cost-effective, long-term membrane-system performance Chemical processors prioritize uptime and high performance in membrane and filtration systems, so innovative technologies are being developed to minimize downtime and provide more cost-effective long-term performance in challenging chemical…

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You and Your Job: Pursuing Early Internships

Traditionally, student engineering internships are undertaken after completion of third-year undergraduate coursework, but earlier internships can provide benefits both to students and to companies The importance of internships to students and companies has been discussed in earlier articles [1–3] and…

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Unraveling Cybersecurity Myths in Chemical Manufacturing

Understanding common myths surrounding the ISA/IEC 62443 cybersecurity standard can help put chemical manufacturers on a path to safer, more resilient operations Picture a petrochemical plant running steady in the dead of night — pipes humming, reactors holding pressure, safety…

Instrumentation as a Strategic Lever: Turning Compliance and Safety into Competitive Advantage

The expectations placed on plant operators have never been higher. Regulatory frameworks are tightening, environmental accountability is under constant scrutiny and the margin for error in process safety is shrinking. At the same time, producers are expected to improve efficiency,…