In this study, the interaction of the magnetotactic bacterium with sulfite compounds and their potential to degrade SO₂ was investigated using cyclic voltammetry (CV), molecular emission cavity analysis (MECA) and ion-exchange chromatography (IEC). This biofilter was able to degrade SO₂ up to 22281 mg m⁻³ by disproportionation reaction and the formation of S²⁻ and SO₄²⁻ with ≥99% efficiency. Designed biofilter was able to restart the initial performance at least after seven cycles if it was used at 14-day intervals. According to theoretical studies, the value of mean free energy (E) obtained using the Dubinin-Radushkevich isotherm model was 0.02 kJ mol⁻¹, which is in the range expected for physical adsorption. Designed biofilter can be considered as a powerful tool to degrade SO₂ in diverse urban and industrial centers.

在这项研究中，使用循环伏安法（CV），分子发射腔分析（MECA）和离子交换色谱法（IEC）研究了趋磁细菌与亚硫酸盐化合物的相互作用及其降解SO ₂的潜力。该生物滤池能够通过歧化反应以及形成S ²⁻和SO ₄ ^2-的效率≥99％降解高达22281 mg m ^-3的SO ₂。如果设计的生物滤池每隔14天使用一次，则至少可以在七个周期后重新开始其初始性能。根据理论研究，使用Dubinin-Radushkevich等温模型获得的平均自由能（E）值为0.02 kJ mol ^-1，该值在物理吸附的预期范围内。设计的生物过滤器可以被视为在各种城市和工业中心降解SO ₂的有力工具。