It was learned on June 11 that Fangda Special Steel’s 130㎡ sintering machine flue gas ultra-low emission renovation project was fully started and has now entered the denitrification basic civil construction stage. It is understood that the total investment budget of Fangda Specia

2024/02/2422:21:33 finance 1003

1 learned on June 11 that the Fangda Special Steel 130㎡ sintering machine flue gas ultra-low emission transformation project has started in full swing and has now entered the denitrification basic civil construction stage.

It is understood that the total investment budget of Fangda Special Steel's 130㎡ sintering machine flue gas ultra-low emission transformation project is estimated to be 78.8 million yuan. It adopts CFB circulating fluidized bed desulfurization and medium-temperature SCR denitrification processes to achieve particulate matter, sulfur dioxide, , and nitrogen oxides. ultra-low emissions.

It was learned on June 11 that Fangda Special Steel’s 130㎡ sintering machine flue gas ultra-low emission renovation project was fully started and has now entered the denitrification basic civil construction stage. It is understood that the total investment budget of Fangda Specia - DayDayNews

In recent years, Fangda Special Steel has conscientiously implemented the requirements of the ultra-low emission transformation plan for the steel industry in Jiangxi Province, invested a large amount of money to continuously improve environmental quality, accelerated the promotion of ultra-low emission transformation projects, and strived to promote the high-quality development of the enterprise., and in 2021 respectively At the end of the year and in April 2022, the ultra-low emission transformation of the pellet shaft furnace and the 245㎡ sintering machine will be completed. Currently, the company is actively promoting the 130㎡ sintering machine flue gas ultra-low emission transformation project, striving to achieve thermal load operation by the end of the year. By then, the company's two sintering machines will be able to achieve ultra-low emissions of particulate matter, sulfur dioxide, and nitrogen oxides. (Zhang Yuliang Jackie Chan)

Editor: Liu Jianwu

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