In The News
Modular design would shorten construction times for nuclear plants
Small-scale, factory-built nuclear power plants could dramatically reduce construction times and capital costs for nuclear-based power generation. A research team at Sandia National Laboratory (Albuquerque, N.M.; http://www.sandia.gov) is seeking an industry partner to commercialize a modular reactor design developed at…
Lurgi starts up new H2 plant in Poland
Lurgi GmbH (Frankfurt, Germany; www.lurgi.com) has delivered, in less that 29 months, a new hydrogen unit to Grupa Lotos S.A.’s (www.lotos.pl) petroleum refinery in Gdansk, Poland. The plant designed and built on an EPC (engineering, procurement, construction) basis, went on stream…
Corn starch may have a future as a foam packaging material
Foams based on corn starch may one day be substituted for polystyrene foams through technology being developed by the Agricultural Research Service (ARS, Beltsville, Md.; http://www.ars.usda.gov). The ARS Western Regional Research Center (Albany, Calif.) is working on two processes. One…
Süd-Chemie expands its business in Brazil
Süd-Chemie AG (Munich, Germany; www.sud-chemie.com) is substantially expanding its position in the Brazilian growth market for bentonite-based additives used in the foundry, construction, and paper industries in a joint venture (JV) with the internationally leading and largest Brazilian group in…
October chementator briefs
Retarded polymerization A latent-acid catalyst that can be added to highly reactive pre-polymer resins enabling them to be stored for at least three months prior to controlled polymerization at 120°C has been commercialized by Bac2 (Southampton, U.K.; http://www.bac2.co.uk). Alternative catalysts…
World’s largest refinery starts up a novel sulfur-removal system
Two sulfur-treatment technologies are being used together for the first time in a facility that is now starting up at Reliance Petroleum’s Jamnagar Export Refinery (Jamnagar, India). Designed by Black & Veatch (B&V, Overland Park, Kan.; www.bv.com), the facility combines…
This wastewater-treatment technology can cut sludge by 50% or more
A biological wastewater-treatment technology can reduce sludge by 50% or more in some situations compared to the amount generated by a traditional activated-sludge wastewater-treatment process, according to The Dow Chemical Co. (Midland, Mich.; http://www.dow.com). Actual sludge reductions vary based on…
Imitating nature for improved CO2 capture
Researchers from the University of Sydney (Australia; http://www.usyd.edu.au) are developing structures, analogous to some sea creatures, for capturing carbon dioxide that is released when producing hydrogen from biomass. The project, funded by German energy company E.ON AG (Düsseldorf), will use…
This CO2-capture process promises to have half the energy cost of MEA
Both carbon dioxide and sulfur components are removed from fluegas in a reversible process being developed at Pacific Northwest National Laboratory (PNNL, Richland, Wash.; http://www.pnl.gov). The process uses a solvent that combines liquid organic bases (amidine and guanidine) and alcohols…
Removing Hg from soil
An in-situ method that removes mercury from soil, sludge and other industrial waste has been patented (U.S. Patent 7 589 248) by scientists at Brookhaven National Laboratory (BNL; Upton, N.Y.; http://www.bnl.gov). The method shows promise as a simple and inexpensive…