Wison Engineering has partnered with Guizhou Xinxin Chemical Engineering and Tianjin University to commercialise a technology for the production of ethylene glycol from synthetic gas. As part of a strategic co-operative agreement, Xinxin will construct a demonstration unit for the yellow phosphorus tail gas to 70,000 tons oxalic acid and 10,000 tons ethylene glycol per year. The synthetic gas-to-ethylene glycol technology design (PDP) will be provided by Tianjin University.
"Tianjin University carried out solid and detailed research work and made a significant contribution to the progress of the domestic synthetic gas-to-ethylene glycol technology."
Tianjin University's technology uses gas-phase Carbon monoxide (CO) with synthetic oxalate and oxalate hydrogenation, to produce ethylene glycol. Wison will be responsible for PDP conversion and engineering, procurement and construction management services for the demonstration unit. Wison Engineering senior vice-president Liu Haijun said: "The demonstration unit converts yellow phosphorus tail gas-to-ethylene glycol sets new environmental and economic direction for the commercial application of synthetic gas-to-ethylene glycol technology."
15-Jun-15 
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