Archives :: Regions :: North Asia :: Japan
October 1, 2007
Agilent Technologies (Santa Clara, Calif.) names William Molnar vice president and general manager of the Stratagene Division. Jo Lennartz is promoted to director of technology by Akzo Nobel (Arnhem, the Netherlands). Banro (Toronto, Canada) appoints Mike Prinsloo chief executive...
September 1, 2007
In order to confirm the performance of its proprietary, high-severity fluid-catalytic-cracking (HS-FCC) process, Nippon Oil Corp. (Tokyo, Japan; edlinks.che.com/6899-533) plans to build a new confirmation-test plant at its Mizushima, Japan, refinery. The unit will have a treating capacity of 3,000 bbl/d when it starts operating in 2010 as part of a joint research project conducted by Petroleum...
June 1, 2007
A new technology to sink and store carbon dioxide deep in the ocean is being developed by the National Maritime Research Institute (NMRI; Tokyo; edlinks.che.com/6896-536), in cooperation with the National Institute of Advanced Industrial Science & Technology (AIST; Tsukuba), and IHI Marine United Inc. (Tokyo, all in Japan). The Cosmos project (CO₂ sending technology for ocean storage) is being...
April 1, 2007
The conventional way to make molded ceramic compontents involves the use of an organic binder (about 10-15 wt.%) to keep the shape of the fine ceramic powders. The binder is then burned off during the sintering process; this not only requires additional energy to burn out the binder (which may also release toxic gases), but finished ceramic...
January 1, 2007
With the aim to commercialize a new process for making solar-cell grade (SOG) silicon, Chisso Corp. (Tokyo, Japan; edlinks.che.com/6891-534) is negotiating the possibility of establishing a joint-venture company with Nippon Mining Holdings, Inc. (Tokyo) and Toho Titanium Co., Ltd. (Chigasaki, both Japan). Chisso plants to begin conformation tests of the process this year. The Chisso SOG-Si (CSS)...
March 1, 2006
Kokusan Co. (Tokyo; edlinks.che.com/5827-531) has developed a new type of emulsifier that uses centrifugal force to drive mixtures through specially designed nozzles. The system is said to be less complex than conventional high-shear mixing devices, and operates at much lower pressures than other nozzle-based systems, which typically require a piston pump to force products through stationary or variable...
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