A few days ago, 20 sets of 90KW inverters from Shanghai Qirod Electric Technology Co., Ltd. were successfully applied in Xinjiang Tianzhize Chemical Co., Ltd.'s annual output of 200,000 tons of heavy diesel non-hydrogen decondensation project, contributing to the increase of heavy diesel production.

In order to increase the output of heavy diesel, Qirod Electric cooperated with Xinjiang Tianzhize Chemical Co., Ltd. and successfully applied the QirodQD6000 series inverter in this project. At the same time, it also indicates that Qirod Electric will contribute to the transformation of domestic large-scale enterprise projects in the future.

The newly built 200,000-ton heavy diesel non-hydrogen decondensation project covers an area of 116,781m2, with an investment of 91.6761 million yuan. It consists of production equipment, storage and transportation facilities, auxiliary facilities, public works facilities, environmental protection facilities, production management and living service facilities. Among them The main project consists of reaction devices and fractionation devices; storage and transportation facilities include raw material and product storage tanks, oil product loading and unloading areas, etc.; environmental protection facilities include sewage treatment stations, temporary solid waste storage facilities, etc.; auxiliary and public works facilities include factory roads, fire protection facilities, etc. Facilities, boiler room, etc.

Relying on regional petroleum resources, this project uses heavy diesel oil as raw material and utilizes non-hydroisomeric pour point depressurization technology to produce high value-added products such as liquefied petroleum gas, light fraction oil, and low pour point diesel oil. The main principle of the adopted non-hydro pour point depressant technology is as follows: the catalytic cracking reaction is carried out on the fixed bed of the non-hydro pour point depressant catalyst, and the chain scission of the heavy oil is made into small molecular alkanes. The non-hydrogen pour point depressurization technology adopted in this project is a technology suitable for my country's characteristics developed by the Petrochemical Research Institute of China Petrochemical Corporation. Compared with the traditional catalytic hydrodewaxing (i.e. hydropour condensation), it has the characteristics of simple process, low equipment investment, low operating cost and less pollutant emission. The project site is located in the industrial land planned by the Chemical Park of Hutubi County Industrial Park, surrounded by planned construction and industrial enterprises under construction. The construction of the project conforms to the national industrial development policy and industrial planning of the park. Employment has a positive effect.