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Recovering REEs from unconventional sources

In October, researchers from Penn State and the Lawrence Livermore National Laboratory (LLNL; Calif.; www.llnl.gov) described — in an article published in ACS Central Science — a new method that improves the extraction and separation of rare earth elements (REEs)…

Waste-based ceramics improve energy-storage economics

Ceramic materials’ high heat resistance makes them a promising media for thermal energy storage, but their high costs have inhibited their widespread use for this application. Now, a new technology offered by Seramic Materials Ltd. (Masdar City, U.A.E.; www.seramic.eco) can…

A new spin on ultrasonic algae control in wastewater-treatment applications

Ultrasound treatment is a non-chemical method to control algae using specific sound frequencies emitted through water to cause internal damage to polluting algae cells. Most previous work in the area of ultrasonic algae control has focused on very loud emitted…

Recovering phosphoric acid from sewage-sludge incineration ash

This month, SusPhos B.V. (Amsterdam, the Netherlands; www.susphos.com) is increasing the capacity ten-fold of its 25-kg/d pilot plant in Leeuwarden, the Netherlands. The pilot plant, which began operating in January, is being used to develop a process that recovers phosphorus…

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Self-healing hydrophobic coatings enhance heat transfer in steam condensers

Ultrathin (less than 100 nm) hydrophobic coatings on alloys and other engineering materials could enhance heat and mass transfer in a range of processing applications, but achieving lasting durability for such thin coatings in real-world settings has been a major…

Paving the way for emissions-free renewable fuels

UOP, LLC, a Honeywell company (Des Plaines, Ill.; www.uop.com) and Wood plc (Aberdeen, Scotland; www.woodplc.com) are now licensing a combined technology suite that brings together UOP’s Ecofining renewable-fuels process with Wood’s Terrace Wall hydrogen-reforming furnace, with the aim of substantially…

Chementator Briefs

ODH Catalyst Clariant Catalyts (Munich; www.clariant.com) has teamed up with Linde Engineering (Pullach im Isartal, both Germany; www.linde-engineering.com) to develop new catalysts for the oxidative dehydrogenation of ethane (ODH-E), a low-emissions catalytic technology for the production of ethylene. The new…

Improved process for recycling used motor oil produces higher-grade base oils

Front-end engineering design (FEED) is underway for a facility designed to de-contaminate and upgrade used motor oil from passenger vehicles into a higher-value product mix of base oils than is currently possible with existing motor-oil recycling processes, and in a…

AI-supported polymer-dosage system slashes operating costs

Last month, Andritz AG (Graz, Austria; www.andritz.com) introduced its next-generation of Metris addIQ RheoScan, the world’s first patented, optical-measurement system for automatic polymer dosage in belt presses and gravity belt tables. The new generation uses artificial intelligence (AI) to optimize…

Combustion-free abatement of fugitive methane emissions

Curbing emissions of methane gas is a major concern for many industrial sectors. Typical emissions-abatement methods involve combustion, but a new flameless technology designed by Thermon, Inc. (Austin, Tex.; www.thermon.com) employs a proprietary explosion-proof catalytic pad in place of a…