The product is applied for the hydrogenation and refining of distillates in the petrochemical industry. XDJH-7 catalysts have excellent performances in olefin saturation, hydrogenation, desulfurization and denitrification and can work in stringent technical conditions. It can maintain long-term stable operation under low pressure and at high air speed. It is applicable for the hydrogenation and refining of distillates in the general petrochemical industry and particularly effective for the hydrogenation of high-sulfur coker gasoline and straight-run gasoline. It offers excellent performances in hydrogenation, desulfurization, denitrification and olefin saturation and can still maintain a desulfurization ratio between 99.5% and 99.6% without the need for temperature rise for a period of 2,000 hours. The entrance temperature is 25 degrees Celsius less than similar catalysts. It can also reduce the temperature at the entrance to the hydrogenation unit while maintaining a high desulfurization ratio, hence helping the client to reduce energy consumptions and costs.
Shandong Xunda Chemical Group Co., Ltd. is located in the ancient capital of Linzi, with offices in Beijing, Dalian, Tashkent, Tehran and other domestic and international city, a total of nearly 1000 employees. After twenty years of development, Schindler group has built two major sectors of environmental protection services and biomedicine: environmental protection services closely related to the development of basic energy such as oil, natural gas and coal, and even closely related to life. Schindler strives to provide professional services and high quality products to customers through unremitting efforts.
Environmental protection service: to provide quality and efficient catalyst to yield more clean energy for petrochemical industry, natural gas processing, coal chemical industry. Biopharmaceuticals: with the world's leading biotechnology platform and the Chinese and Western elite team, the development of anti-tumor small molecule bio medicine is provided.
