Stanford Research Systems www.thinksrs.com-UGA WPC free download

File name www.thinksrs.com-UGA_WPC.pdf

www.thinksrs.com/products/UGA.htm The SRS UGA in the real world Surfacecoat, Alter NRG and Westinghouse Plasma Corp. Dr. Kosta Tzatzov of Surfacecoat, Inc. uses the UGA 300 17 gases (Ar, N2, H2, O2, CO, CO2, SO2, H2O, COS, H2S, CH4, HCl, system at the Westinghouse Plasma Corporation (WPC) NH3, Cyclohexane, Dioxane, Benzene, and Furan) are Plasma Center Commercial Demonstration facility. This 48 continuously monitored. After using calibration gases and ton-per-day commercial demonstration facility is located comparing the UGA readings with lab analysis of collected in Madison, PA. gas bomb samples, an average cumulative error better than 5% is achieved. Alter NRG and WPC have developed a Dr. Tzatzov writes, "my experience with the UGA 300 system plasma gasi cation has been excellent. It has proved to be very reliable and easy simulation program to maintain." Based on their initial success, WPC purchased a which is used as the second UGA to be installed on template for the the output pipeline after the design and scrubber. The Multi-UGA performance modeling of commercial plasma gasi cation software allows both UGA systems. The demonstration plant is available to test systems to be controlled from customer's feed materials and validate the modeling one computer. assumptions required to support project nancing and "Since September 2009 both permits. UGA systems are being used The UGA 300 system is attached through a sampling continuously at WPC's system to the plant's gasi cation reactor to monitor the Commercial Demonstration syngas composition at the reactor output. The mass facility and have performed spectra recorded by the UGA are exported as Excel les very well so far." into customer designed software for matrix inversion to obtain quantitative analysis of the syngas composition. www.alternrg.com Copyright