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Making hydrogen directly from Si nanoparticles

A safe, low-cost technology for supplying H2 to fuel-cell powered vehicles is being developed by researchers at Nisshin Kasei Co. (Osaka, Japan; www.nisshinkasei.co.jp). Unlike alternative methods that store H2 by adsorption on solid materials at high pressure, Nisshin is utilizing…

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Pilot plant slated for a fast-pyrolysis process that converts biomass into fuels

Plans are underway to build a pilot plant for a fast-pyrolysis process that will convert 10 ton/d of biomass into bio-oil and bio-char. The bio-oil can be used as renewable fuel oil or catalytically upgraded to transportation fuels, while the…

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Flame Retardants: Safety is the Key

Producers continue to improve the performance of their flame retardants while ensuring safe handling and environmental responsibility No matter where you are reading this article — in your home, on the train, in an airplane, at the library or office…

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A smart app for pump monitoring

At Achema 2015 (June 15–19; Frankfurt, Germany), KSB AG (Frankenthal, Germany; www.ksb.com) will launch a new smartphone application (app) that enables non-specialists to quickly determine the power consumption of a pump during operation. Within seconds, the user can know if…

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May Chementator Briefs

A natural fungicide An international research team, led by Yoshikazu Ohya at the University of Tokyo (www.ib.k.u-tokyo.ac.jp), has discovered a new chemical compound that inhibits the growth of pathogenic fungi. The new compound, called poacic acid, was isolated from hydrolyzed…

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Air-capture of CO2 using waste process heat

Carbon-negative technology being commercialized by Global Thermostat LLC (New York, N.Y.; www.globalthermostat.com) removes carbon dioxide directly from the atmosphere using low-cost waste process heat from industrial processes. The technology works in a similar fashion to cogeneration approaches and could transform…

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A desalination membrane that is resistant to chlorine

The major drawback of existing membranes for desalination plants is that the membranes are not tolerant of oxidizing agents, such as chlorine. To overcome this drawback, a team of researchers from the University of Melbourne (www.unimelb.edu.au) and CSIRO (Melbourne, Australia;…

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A pulsation dampener that decreases pump energy consumption

A new pulsation dampener benefits from a design that can reportedly decrease energy usage. The Expulse, a flexible, inline pulsation dampener recently released by Flowrox Inc. (Linthicum, Md; www.flowrox.us), consists of a reinforced outer hose and an expansive inner hose,…

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Construction to begin on biomass-to-fuels facility

Construction is set to begin on a biorefinery in Oregon this summer that will manufacture bio-based jet fuel and diesel from forest and sawmill residues. When it begins producing biofuels at the end of 2016, it will be capable of…

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New cryogenic technology for cooling superconducting cables

Industrial gases specialist Messer Group GmbH (Bad Soden, Germany; www.messergroup.com) has developed a new cryogenic technology that makes it possible to use liquid nitrogen (LN2) to cool high-temperature superconducting (HTS) cables down to –209°C, which is significantly lower than that…