14 new electric filters will be installed at Krasnoyarsk CHPP-1 by 2025
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Installation of new electric filters continues at Krasnoyarsk CHPP-1. Eight of them have already been put into operation, now specialists are installing three more gas purification plants, and there will be 14 of them in total. The program is designed until the beginning of 2025. The work is being carried out within the framework of the project for the development of the heat supply system of Krasnoyarsk, included in the Yeniseiskaya Sibir KIP. The project involves a comprehensive environmental modernization and expansion of the Krasnoyarsk CHPP-1, as well as an increase in the capacity of the Krasnoyarsk CHPP-3.
Each electric filter is a massive structure the size of a multi-storey building and is an integral part of the boiler plant, with which flue gases are cleaned before entering the pipe. All electrofilters are manufactured by a Russian company.
Two of the three mounted filters are installed together with new boiler installations. This should provide a double benefit for the environment: new boilers with higher efficiency will burn less fuel for the production of thermal and electrical energy, and electric filters will clean flue gases from solid dust particles with an efficiency of over 99%.
Before commissioning, each electrofilter undergoes comprehensive and warranty tests, during which its effectiveness is checked. SGK has established a requirement for the manufacturer: the degree of purification of emissions at the outlet of the electrofilter must comply not even with Russian, but European standards. According to the legislation in force in the Russian Federation until 2025, the content of up to 150 mg of solid particles in one cubic meter of air after purification is permissible, according to the European standard — it should not exceed 50 mg/cubic meter.
The progress of modernization of the Krasnoyarsk CHPP-1 is monitored at the regional and federal levels. The implementation of the project will improve the environmental friendliness of the plant, the quality and reliability of heat supply.
