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Converting solid waste to ketones

Researchers at Lawrence Berkeley National Laboratory (Berkeley, Calif.; www.lbl.gov) recently reported a process for converting various blends of cellulosic biomass and municipal solid waste (MSW) into aliphatic methyl ketones. The team used bio-derived ionic liquids to first break down the…

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Simultaneously treat many mixed-waste streams

A team of researchers at Worcester Polytechnic Institute (WPI; Worcester, Mass.; www.wpi.edu) are investigating hydrothermal liquefaction (HTL) to simultaneously treat a variety of municipal waste streams and create biofuels. “HTL is an emerging technology for the conversion of various types…

Validating hydrogen embrittlement models for steel tanks

Hydrogen is transported in steel tanks and pipelines. However, H2 causes embrittlement of steels by accumulating at microstructures called dislocations and at the boundaries between the individual crystals of which the steel is composed. The accumulation of hydrogen weakens the…

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Centralized control system infrastructure

At the ARC Industry Forum in February, Honeywell Process Solutions (HPS; Houston; www.honeywellprocess.com) released the Experion PKS IT Highly Integrated Virtual Environment (HIVE), a new technology that centralizes up to 80% of IT infrastructure used in project engineering. The PKS…

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Self-healing, recyclable solid electrolytes for Li-ion batteries

Energy-storage researchers have been in search of safer electrolytes for lithium-ion batteries, because of persistent concerns over possible overheating and fires resulting from dendrite formation in the anode. Solid polymer electrolytes have been explored to address these issues, but achieving…

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Commercializing vacuum-microwave drying for pharmaceuticals

Vacuum-microwave drying for pharmaceuticals is much faster than other techniques, such as freeze drying or air drying, but the difficulty in achieving homogenous microwave-energy distribution under vacuum conditions has made it difficult to scale up for commercial manufacturing. “What tends…

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Metabolic engineering allows robust, standardized fermentation that is predictive at scale

Production of bio-based chemicals has important environmental, cost and functional benefits, but historical approaches have lacked robustness to the commercial process environment and have proven costly to develop. A platform technology developed by DMC Biotechnologies (Boulder, Colo.; www.dmcbio.com) was designed…

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Chementator Briefs

Caprolactam Genomatica (San Diego, Calif.; www.genomatica.com) recently announced the production of the world’s first renewably sourced ton of caprolactam, the key ingredient for nylon-6. The company made the caprolactam by fermenting plant sugars with engineered microbes, departing from the conventional…

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Bio-inspired textiles recover oil from water

A technology that removes oil from the surface of water without pumps or chemicals has been developed by German researchers at the Universities of Bonn (www.uni-bonn.de) and Aachen (www.uni-aachen.de) and textile-manufacturer Heimbach GmbH (Düren, Germany; www.heimbach.com). Textiles with special surface…

New project aims to scale up rapid carbon-capture process

A new project is exploring a unique large-scale carbon-capture facility in the U.S. Technology developer Svante, Inc. (Burnaby, B.C., Canada; www svanteinc.com), is working with LafargeHolcim, Oxy Low Carbon Ventures, LLC and Total S.A., to evaluate the construction of a…