In the catalytic cracking complex company “Gazprom Neftekhim Salavat” found large-capacity equipment. Installation was using two cranes “Liebherr”, with carrying capacity of 1350 and 500 tons. The process of lifting and moving lasted about 3 hours.

The first set riser P-1101, wherein the catalytic cracking process will occur in the future. Then, builders have started assembling the regenerator P-1103 and P-stripping reactor in 1102. In the first of which the spent catalyst is regenerated by burning out the coke produced and in the second – separating the mixture of hydrocarbons from the catalyst particles by cyclone cascade, and by stripping. The complex weight machines three reactor-regenerator unit amounted to 600 tonnes, and the unit height of about 50 meters.

“This is a very important event for us, – said the chief specialist of the construction of new refining facilities UKS Anton Kharitonov company. – Mounted units, which in the future will make not only the heart of the catalytic cracking of the fluid, but also the whole complex of the catalytic cracking unit as a whole. That is the main process will take place here, and it is from them will depend on the coordinated work of the quality of products. ”

catalytic cracking complex is designed for the processing of 1 million 95 thousand. vacuum gas oil a year and produce 700 thousand. tons of gasoline, the octane number of which will be 92.

OJSC “Gazprom Neftekhim Salavat” – one of the largest industrial complexes in the Russian oil refining and petrochemistry. It carries out a full cycle of processing of hydrocarbon raw materials. Among the products – gasoline, diesel, kerosene and other petroleum products, liquified gases, butyl alcohols, plasticizers, polyethylene, polystyrene, ammonia, urea and other. It is the country’s largest exporter. The company carries out the reconstruction of existing and construction of new production facilities, implementing automated process management system, improving the management structure in order to optimize the business.

Plastinfo.ru