Latest News: Technologies
Chementator: A process that requires less energy to treat sludge efficiently
A new activated-sludge-treatment process that promises to slash energy consumption is being developed by Sanki Engineering Co., Ltd., (Tokyo, www.sanki.co.jp), in cooperation with Ebara Corp., (Tokyo) and Touhoku University (Sendai, all Japan), and the support of NEDO (New Energy &…
Chementator: Eye washing takes a new direction
Since the original invention of the steady-stream eyewash over 50 years ago, the accepted practice in the chemical process industries (CPI) and other industrial circles has been to flush the eyes with two, separate, arc-shaped water streams, each one flowing…
Chementator: Joint venture will produce transportation fuels from agricultural and forest residues
UOP LLC (Des Plaines, Ill.; www.uop.com) will form a joint venture (JV) with Ensyn Corp. (Wilmington, Del.; www.ensyn.com) to offer technology for the production of fuel oil and transportation fuels from second-generation biomass, such as forest and agricultural residues. Ensyn…
Chementator: A faster way to decontaminate soil
Liberty Engineering (Hamburg, N.Y.; www.libertypsa.com) has developed a bioremediation system that fully removes carcinogens from soil in 90 days. The process is based on microbial oxidation of organic compounds by petrophyllic pseudonomads in an oxygen-rich environment. The bacteria are specifically…
Chementator: Feed sugar to these bacteria and they’ll produce hydrogen
Azotobacter are nitrogen-fixing bacteria that do a useful job in soil by converting N 2 to ammonia. As a side reaction they also produce hydrogen, most of which they oxidize for their own energy consumption. In a project of the…
Chementator: PHAs from switchgrass
Metabolix, Inc. (Cambridge, Mass.; www.metabolix.com) has demonstrated, in recently completed greenhouse trials, that switchgrass plants engineered using the firm’s multi-gene expression technology produced significant amounts polyhydroxybutyrate (a polyhydroxyalkanoate; PHA) bioplastics in leaf tissues. The result is said to be the…
Chementator: Process intensification
BHR Biofuels, a subsidiary of BHR Group (Cranfield, U.K., www.bhrgroup.co.uk), has installed and demonstrated two process-intensified, full-size Biodiesel Reactor Systems at a chemical plant producing biodiesel from waste and virgin oils. The reactor systems are said to consume some 70%…
Chementator: F-T Jet Fuel
Rentech, Inc. (Los Angeles, Calif.; www.rentechinc.com) has produced its first run of jet fuel from its Fischer-Tropsch (F-T) product demonstration unit (PDU) in Commerce City, Colo. The plant produces a synthesis gas of hydrogen and carbon monoxide by steam-reforming of…
Chementator: Solid-state cooling?
Conventional cooling systems rely on the properties of gases to cool, but common coolants are either harmful to people or the environment. A different approach is being investigated by researchers at the Dept. of Electrical Engineering, Penn State University (University…
Chementator: A new F-T catalyst
A new metal carbide F-T catalyst has been developed by Oxford Catalysts Limited (Oxford, U.K., www.oxfordcatalysts.com) for making second-generation biofuel in small-scale microchannel reactors. The catalyst was produced using the company’s patented organic matrix combustion method, which makes it possible…