CAJ | 학술논문

为了研究生物滴滤技术处理二硫化碳的机理，我们在实验过程中搭建了一座生物滴滤塔。在进行实验的过程中，我们首先通过实验模拟获得微生物处理二硫化碳的最佳运行条件是pH为7.5，喷淋量为1.5 L／h，进气浓度为101.15 mg／m3，气体停留时间为68.67 s。随后我们就在此最佳运行条件下进行研究，并最终探讨得知二硫化碳在微生物体内的转化机理是生成SO2－4和CO2。
위료연구생물적려기술처리이류화탄적궤리，아문재실험과정중탑건료일좌생물적려탑。재진행실험적과정중，아문수선통과실험모의획득미생물처리이류화탄적최가운행조건시pH위7.5，분림량위1.5 L／h，진기농도위101.15 mg／m3，기체정류시간위68.67 s。수후아문취재차최가운행조건하진행연구，병최종탐토득지이류화탄재미생물체내적전화궤리시생성SO2－4화CO2。
In order to study the mechanism of the treatment of carbon disulfide by biotricking filter technology , a biotricking filter during the experiment was set up.In the process of experiment , the best operating conditions of microbial treatment of carbon disulfide to be obtained was as follows: the pH was 7.5 , the spray quantity was 1.5 L/h, the concentration of air was 101.15 mg/m3 , gas residence time was 68.67 s by simulation experiment at first.After that , the optimal conditions were studied.It was investigated that the carbon disulfide in the transformation mechanism of microorganisms was to generate SO 2-4 and CO2.