工业水处理
工業水處理
공업수처리
INDUSTRIAL WATER TREATMENT
2014年
11期
18-20
,共3页
万金保%邓觅%万莉%吴永明%何华燕%黄学平
萬金保%鄧覓%萬莉%吳永明%何華燕%黃學平
만금보%산멱%만리%오영명%하화연%황학평
猪场废水%磷化氢%厌氧序批式反应器%钼酸铵分光光度法
豬場廢水%燐化氫%厭氧序批式反應器%鉬痠銨分光光度法
저장폐수%린화경%염양서비식반응기%목산안분광광도법
piggery wastewater%phosphine%anaerobic sequencing batch reactor%ammonium molybdate spectro-photometric method
以猪场原液和沼液作为研究对象,在遮光密闭的环境中,于厌氧序批式反应器(ASBR)内利用钼酸铵分光光度法分别测定单位时间内不同COD和TP浓度下PH3的产生量。结果表明:猪场原液和沼液PH3释放量分别达0.048、0.033 mg/h;COD和TP都能促进磷化氢的产生。
以豬場原液和沼液作為研究對象,在遮光密閉的環境中,于厭氧序批式反應器(ASBR)內利用鉬痠銨分光光度法分彆測定單位時間內不同COD和TP濃度下PH3的產生量。結果錶明:豬場原液和沼液PH3釋放量分彆達0.048、0.033 mg/h;COD和TP都能促進燐化氫的產生。
이저장원액화소액작위연구대상,재차광밀폐적배경중,우염양서비식반응기(ASBR)내이용목산안분광광도법분별측정단위시간내불동COD화TP농도하PH3적산생량。결과표명:저장원액화소액PH3석방량분별체0.048、0.033 mg/h;COD화TP도능촉진린화경적산생。
Piggery stock solution and biogas slurry have been taken as research target. Under a lightproof and airtight environment,and in the anaerobic sequencing batch reactor (ASBR),ammonium molybdate spectrophotometric method is used for determining the produced volume of PH3 at unit time with different COD and TP. The results show that the release quantities of PH3 from piggery stock solution and biogas slurry are 0.048 mg/h and 0.033 mg/h , respectively. Both COD and TP are beneficial to the production of phosphine.