The method enhances the denitration efficiency, improves the utilization rate of the biomass and the amino reducer, and reduces the generation and emission of secondary contaminants.
本方法提高了脱硝效率，提高了生物质及氨基还原剂的利用率，减少二次污染物生成和排放。
The method enhances the denitration efficiency, improves the utilization rate of the biomass and the amino reducer, and reduces the generation and emission of secondary contaminants.
本方法提高了脱硝效率，提高了生物质及氨基还原剂的利用率，减少二次污染物生成和排放。
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