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Strengthening Engineering Technology Innovation to Accelerate the Progress in Fuel Cleaning Course

Strengthening Engineering Technology Innovation to Accelerate the Progress in Fuel Cleaning Course
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摘要 To comply with the new requirements of increasingly stringent environmental regulations on petroleum products standards, petroleum refining enterprises along with revamping of production units must speed up technical progress in manufacturing clean gasoline/diesel to meet the environmental requirements and reduce production cost. After many years of unremitting efforts in this area SINOPEC has developed new diversified processes, catalysts and engineering techniques covering all domains of petroleum processing, resulting in an acce lerated pace for producing clean gasoline/diesel. This article based on the progress in fuel cleaning in China in recent years refers to the characteristics and application of major engineering techniques while offering suggestions on future technology development aimed at future progress in fuel cleaning inside SINOPEC. To comply with the new requirements of increasingly stringent environmental regulations on petroleum products standards, petroleum refining enterprises along with revamping of production units must speed up technical progress in manufacturing clean gasoline/diesel to meet the environmental requirements and reduce production cost. After many years of unremitting efforts in this area SINOPEC has developed new diversified processes, catalysts and engineering techniques covering all domains of petroleum processing, resulting in an acce lerated pace for producing clean gasoline/diesel. This article based on the progress in fuel cleaning in China in recent years refers to the characteristics and application of major engineering techniques while offering suggestions on future technology development aimed at future progress in fuel cleaning inside SINOPEC.
出处 《工程科学(英文版)》 2003年第2期80-89,共10页 Engineering Sciences
关键词 ENGINEERING technique CLEAN FUEL PROGRESS engineering technique clean fuel progress
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