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Engineering and manufacturing industries

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Abstracts » Engineering and manufacturing industries

Reform, reap hydrogen, and restrain carbon monoxide

Article Abstract:

James Dumesic, chemical engineering professor and Rupali Davda, graduate student, at the University of Wisconsin, have developed a process called ultra-shift, which increases the initial aqueous-phase reforming process to convert compounds derived from biomass into hydrogen rich streams containing carbon monoxide (CO) concentration as low as 60 ppm. Minimization for CO in the reformate gas can be achieved by raising the reactor temperature and increasing the partial pressure of water.

Author: D'Aquino, Rita
Publisher: American Institute of Chemical Engineers
Publication Name: Chemical Engineering Progress
Subject: Engineering and manufacturing industries
ISSN: 0360-7275
Year: 2003
Hydrogen, Wisconsin, Carbon Monoxide, Biomass

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Combined cycle technology takes NOx to lower levels

Article Abstract:

Reduction in emissions of nitrous oxides (NOx) by 33 %, along with reduction in emissions of carbon monoxide, unburned hydrocarbons, and volatile organic compounds, will be achieved through the combined cycle power plant (CCPP) developed by Novel Edge Technologies LLC. The duct burner system (DBS) increases the efficiency of the steam cycle, so that the same power output can be achieved with fewer gas turbines, which accounts for reduction in NOx emissions.

Author: D'Aquino, Rita
Publisher: American Institute of Chemical Engineers
Publication Name: Chemical Engineering Progress
Subject: Engineering and manufacturing industries
ISSN: 0360-7275
Year: 2003
Electric services, Fossil Fuel Electric Power Generation, Nitrous Oxide, Combined Cycle Electric Power, Environmental aspects, Design and construction, Control, Emissions (Pollution), Combined-cycle power plants, Combined cycle power plants, Automotive emissions

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Getting inside information from the microbial world

Article Abstract:

The researches done by the scientists of Cornell University have discovered a bacterium that metabolizes chlorinated solvents which has a very important signification in finding the groundwater pollutants. The details of the discovery are presented.

Author: D'Aquino, Rita
Publisher: American Institute of Chemical Engineers
Publication Name: Chemical Engineering Progress
Subject: Engineering and manufacturing industries
ISSN: 0360-7275
Year: 2005
United States, Waste Management and Remediation Services, Water Pollution, Analysis, Causes of, Discovery and exploration, Bacteria, Cornell University

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