And Shanghai Jingye signed a contract for Hualu Hengsheng (Jingzhou)’s million-ton-scale urea high-tower granulation exhaust gas efficient purification system project

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Shanghai Jingye Signs Contract for High-Efficiency Exhaust Gas Purification System Project for Hualu Hengsheng’s (Jingzhou) Million-Ton-Urea High-Tower Granulation Facility Author/Source: Shanghai Jingye Environmental Protection and Energy Technology Date: 2021-12-02 Clicks: 7 Shanghai Jingye Environmental Protection and Energy Technology has collaborated once again with Hualu Hengsheng to undertake the project for a high-efficiency exhaust gas purification system for Hualu Hengsheng’s (Jingzhou) million-ton urea high-tower granulation facility; the project has now been officially launched, with operation expected to begin in October 2022. The project utilizes Shanghai Jingye’s next-generation \"Green Granulation 3.0\" technology, which enables the simultaneous control of various pollutants such as dust, ammonia, and moisture (VOCs) in the high-tower granulation process. The design parameters meet standards that are far above those required by regulations. Once completed, the project will significantly enhance Hualu Hengsheng (Jingzhou) Company’s environmental competitiveness, and it will serve as a new model for high-tower granulation in hot, humid, and rainy regions. Hualu Hengsheng (Jingzhou) Co., Ltd. is building a new project for the comprehensive utilization of syngas. The project requires 1,150 mu of land for its implementation, and upon completion it will be able to produce annual outputs of 1 million tons of urea, 1 million tons of acetic acid, 150,000 tons of DMF, 150,000 tons of mixed methylamine, and 2 million tons of food-grade CO2, among other main and secondary products. The urea high-tower granulation process makes use of Shanghai Jingye’s “Green Granulation 3.0” technology, marking the introduction of the latest generation of this efficient exhaust gas purification technology for high-tower granulation. It features the following advantages: 1. High environmental standards – strict requirements are set for both urea dust and ammonia emissions