With polyhedral spheres as the packing, a semi-pilot biological trickling filter reactor (BTF) inoculated by domesticated activated sludge is used to remove Hydrogen Sulphide (H₂S) and Ammonia (NH₃). The removal rate of H₂S and NH₃ by BTF was as high as 98.25% and 88.55%, and the maximum removal load was 84.57 g H₂S m^-3h^-1 and 38.77 g NH₃ m^-3h^-1 during the 61-day process. The inlet gas concentration ranges from 0 to 500 ppm, and the empty bed residence time (EBRT) is 31.8 s. When the EBRT reduced from 31.8s to 25.4s, the removal rate of H₂S and NH₃ decreased significantly, which was 67.21% and 81.36%, respectively. The results showed that EBRT significantly affected the removal rate of H₂S and NH₃. Microbial analysis indicated that Dokdonella, Ferruginibacter, Nitrosomonas, and Thiobacillus had high abundance at the genus level, showing that these genera play an important role in the degradation of H₂S and NH₃. When the optimized parameters applied to the on-site biogas residue compost, the removal rate of H₂S and NH₃ by BTF can reach 91.34%, which provides a feasible process for the deodorization project with compost.

以多面体球为填料，使用半驯化的生物滴滤池反应器（BTF）接种驯化的活性污泥，以去除硫化氢（H ₂ S）和氨（NH ₃）。BTF对H ₂ S和NH ₃的去除率高达98.25％和88.55％，最大去除负荷为84.57 g H ₂ S m ^-3 h ^-1和38.77 g NH ₃ m ^-3 h ^-1在61天的过程中。入口气体浓度范围为0至500 ppm，空床停留时间（EBRT）为31.8 s。当EBRT从31.8s降至25.4s时，H ₂ S和NH的去除率₃显着下降，分别为67.21％和81.36％。结果表明，EBRT显着影响H ₂ S和NH ₃的去除率。微生物分析表明，十二指肠，费氏杆菌，亚硝化单胞菌和硫杆菌属在属水平上具有很高的丰度，表明这些属在H ₂ S和NH ₃的降解中起重要作用。当优化参数应用于现场沼气渣堆肥时，BTF对H ₂ S和NH ₃的去除率可达到91.34％，为堆肥除臭工程提供了可行的过程。