A naphtha-cracking process with improved yield, reduced coking and longer catalyst life is being developed in a five-year Japanese project led by professor Takashi Tatsumi at the Tokyo Institute of Technology (TiTech; www.titech.ac.jp), with participation from the National Institute of…
Professor Kenichiro Itami and coworkers at at Nagoya University (Nagoya, Japan; synth.chem.nagoya-u.ac.jp) have developed a new, next-generation type of cross-coupling reaction for synthesizing biphenyl compounds — one of the most important backbone structures for pharmaceutical and electronics chemicals. The chemists…
Acidity is a critical parameter in the chemical process industries, and accurate measurements of pH can be important indicators for process quality control. A refreshed understanding of pH measurement can help to overcome process-specific challenges to measurement and to select…
An organosilica material with unique structural properties due to its nanoscale architecture has been used to extract hydrocarbons and other organic contaminants from water. Marketed as Osorb by ABS Materials Inc. (Wooster, Ohio; www.absmaterials.com), the nanostructured glass represents a platform…
A newly demonstrated system for removing trace levels of heavy metals from water combines the positive traits of two existing technologies — chemical precipitation and electrowinning — while avoiding drawbacks of each. An engineering team at Brown University (Providence, R.I.;…
A microwave vessel heating system — said to be the first commercial, industrial-scale system of its kind — has been developed by Marion Mixers (Marion; www.marionmixers.com) in partnership with AMTek Microwave (Cedar Rapids, both Iowa; www.4amtek.com) with patent pending technology…
Oji Paper Co. (OJI; www.ojipaper.co.jp), in collaboration with Nippon Steel Engineering Co. (www.nsc-eng.co.jp) and the National Institute of Advanced Industrial Science and Technology (AIST; all Tokyo, Japan; www.aist.go.jp), has started pilot testing of a new, integrated process for making cellulose-based…
A reduction of CO2 emissions of 50% can be achieved in steelmaking, using renewable carbon from biomass, according to The Australian Steel Industry CO2 Breakthrough Program, an R&D program conducted by a team from: BlueScope Steel Research (Port Kembla, New…
Fine polyester fibers Teijin Fibers Ltd. (Tokyo, Japan; teijinfiber.com), the core company of the Teijin Groups polyester-fiber business, is commercializing a new version of its Nanofront, high-strength polyester nanofiber with a diameter of 400 nm — nearly half that…
Harnessing renewable energy by catalytic dissociation and synthesis of ammonia has shown promise for distributed power applications, according to a team from the Center for Energy at the University of Western Australia (www.uwa.edu.au), led by professor Dongke Zhang. In the…