In this study, the activities of hydrogen sulphide (H₂S) oxidation and nitrate (N-NO₃⁻) reduction by three pure and mixed strains of nitrate-reducing, sulphide oxidizing bacteria (NR-SOB) were determined. Batch experiments were performed at 35 °C and pH 7.0–8.0 with initial H₂S concentrations of 650–900 ppm_v and N-NO₃⁻ concentrations of ∼120 mg/L. The strains MAL 1HM19, TPN 1HM1 and TPN 3HM1 were capable of removing 100% gas-phase H₂S. The co-cultures showed better performance for H₂S and N-NO₃⁻ removal. The mixed NR-SOB strains showed a higher H₂S oxidation rate (143 ± 18 ppm_v/h), while the highest N-NO₃⁻ removal rate (5.5 ± 0 and 5.1 ± 0.6 N-NO₃⁻ mg/L·h) was obtained by a mixture of two NR-SOB strains. The 16S rDNA sequence analysis revealed that all strains belonged to the sub-class Alphaproteobacteria and are closely related to Paracoccus sp. (>99%).

在这项研究中，硫化氢的活动（H ₂ S）氧化和硝酸（N-NO ₃ ^- ）还原由硝酸盐还原，硫化物氧化细菌（NR-SOB）的3个纯的和混合的菌株进行了测定。批次实验在35与初始ħ执行℃和pH 7.0-8.0 ₂ 650-900 ppm的的硫的浓度_v和N-NO ₃ ^-的~120 mg / L的浓度。菌株MAL 1HM19，TPN 1HM1和TPN 3HM1是能够除去100％的气相H的₂ S的共培养物显示出用于h更好的性能₂ S和N-NO ₃ ^-的去除。混合的NR-SOB菌株显示出更高的H ₂小号的氧化速率（143±18 ppm的_v /小时），而最高的N-NO ₃ ^-移除速率（5.5±0和5.1±0.6 N-NO ₃ ^- 是由两个NR的混合物获得毫克/ L·h）的-SOB菌株。该16S rDNA序列分析表明，所有菌株属于子类的α-变形菌和密切相关的副球菌属。（> 99％）。