Petroleum refining

Baliusan Industria Co.,td has established deep cooperation with well-known domestic research institutes to conduct research and development, industrial scaling up, and industrial production of petroleum refining catalysts, including hydrogenation refining, hydrogenation cracking, hydrogenation protectants, and other catalysts. There are various grades available, which can provide refining technology support and catalysts for refining enterprises.

The hydrogenation refining catalysts of Baliusan Industria Co.,td are mainly sulfide catalysts such as molybdenum cobalt, molybdenum nickel, tungsten nickel, etc., supported by gamma alumina or gamma alumina with a small amount of silicon oxide. The shape is generally small strips or balls, with irregular strips or toothed balls. At the same time, the company can also provide various protective agents, ceramic fillers, and supporting materials. In recent years, the company has focused on the research and development of hydrogenation refining catalysts, improved the distribution of carrier pores and impregnation preparation techniques, enhanced activity and lifespan, and achieved the goal of reducing reaction temperature, pressure, hydrogen oil ratio, etc. to save energy consumption in hydrogenation units.

The hydrocracking catalyst of Baliusan Industria Co.,td is made from precious metals such as palladium, molybdenum nickel, tungsten nickel sulfides, etc. as hydrogenation components, and amorphous silicon aluminum, ultra stable Y-shaped molecular sieve, etc. as cracking components. The product is widely used in diesel hydrocracking, wax oil hydrocracking and other units, which has played a significant role in reducing oil and increasing chemical production in refining enterprises and improving market competitiveness.

The technology of direct super catalytic cracking of crude oil to produce olefins uses crude oil as raw material to directly crack and produce chemicals such as ethylene and propylene. Due to the reduction of refining links and processing flow, it can significantly reduce crude oil and energy consumption. It has the advantages of short process, high efficiency, low emissions, and high chemical yield, with significant economic and social benefits and broad development prospects. The company collaborates with CNOOC Tianjin Research Institute to develop and produce specialized catalysts for BCC catalytic cracking.