摘要
By analysis of the component and structure of a real high olefinic FCC naphtha, a technology of deep desulfurization and olefin saturation with minimal octane loss is developed, which is named RIDOS. The multi functions of RIDOS technology are achieved by using a series of new catalysts, which show the good feed adaptability and operation flexibility. The results of the first commercial RIDOS unit showed that an ultra low sulfur (<10 μg/g), low olefin(<20%) gasoline was produced, while the road octane number lost only 1.3 unit. RIDOS technology provides the possibility for producing the clean fuels meeting most strict specifications.
By analysis of the component and structure of a real high olefinic FCC naphtha, a technology of deep desulfurization and olefin saturation with minimal octane loss is developed, which is named RIDOS. The multi functions of RIDOS technology are achieved by using a series of new catalysts, which show the good feed adaptability and operation flexibility. The results of the first commercial RIDOS unit showed that an ultra low sulfur (<10 μg/g), low olefin(<20%) gasoline was produced, while the road octane number lost only 1.3 unit. RIDOS technology provides the possibility for producing the clean fuels meeting most strict specifications.
出处
《工程科学（英文版）》
2003年第2期40-46,95,共8页
Engineering Sciences
