工业安全与环保
工業安全與環保
공업안전여배보
INDUSTRIAL SAFETY AND ENVIRONMENTAL PROTECTION
2015年
5期
1-3
,共3页
基因工程菌%废水处理%镍%正交试验
基因工程菌%廢水處理%鎳%正交試驗
기인공정균%폐수처리%얼%정교시험
engineering bacteria%wastewater treatment%nickel%orthogonal test
以枣金属硫蛋白基因工程菌作为生物吸附剂处理含镍废水，对其影响因素（填料类型、pH值、重金属负荷率、吸附时间）进行了研究。通过正交实验，得到理论上的最佳条件，通过进一步分析找出实际废水处理中镍去除的适宜条件。结果表明，理论上在间歇实验中用枣金属硫蛋白基因工程菌去除镍的最优条件为：填料为陶粒，pH＝11，重金属负荷率为0．2，吸附时间30 min。实际废水处理中为了减少碱的用量，缩短处理时间，可控制条件为：填料为陶粒，pH＝9，重金属负荷率为0．2，吸附时间10 min。
以棘金屬硫蛋白基因工程菌作為生物吸附劑處理含鎳廢水，對其影響因素（填料類型、pH值、重金屬負荷率、吸附時間）進行瞭研究。通過正交實驗，得到理論上的最佳條件，通過進一步分析找齣實際廢水處理中鎳去除的適宜條件。結果錶明，理論上在間歇實驗中用棘金屬硫蛋白基因工程菌去除鎳的最優條件為：填料為陶粒，pH＝11，重金屬負荷率為0．2，吸附時間30 min。實際廢水處理中為瞭減少堿的用量，縮短處理時間，可控製條件為：填料為陶粒，pH＝9，重金屬負荷率為0．2，吸附時間10 min。
이조금속류단백기인공정균작위생물흡부제처리함얼폐수，대기영향인소（전료류형、pH치、중금속부하솔、흡부시간）진행료연구。통과정교실험，득도이론상적최가조건，통과진일보분석조출실제폐수처리중얼거제적괄의조건。결과표명，이론상재간헐실험중용조금속류단백기인공정균거제얼적최우조건위：전료위도립，pH＝11，중금속부하솔위0．2，흡부시간30 min。실제폐수처리중위료감소감적용량，축단처리시간，가공제조건위：전료위도립，pH＝9，중금속부하솔위0．2，흡부시간10 min。
Jujube metallothionein engineering bacteria is used as biological adsorbent to treat wastewater containing nickel and the factors (filler type ,pH ,heavy metal load rate ,adsorption time ) influencing the removal rate are studied .By or-thogonal experiment ,the optimal theoretical conditions are given and the suitable conditions of nickel removal in wastewater treatment are found through progressive analysis .The results show that :theoretically in batch experiments the optimal condi-tions using jujube metallothionein engineering bacteria to remove Ni should be :ceramic filler ,pH = 11 ,heavy metal load rate is 0 .2 and the adsorption time is 30mins .In order to reduce the amount of the base in the actual wastewater treatment and shorten the processing time ,the conditions may be controlled :ceramic filler ,pH = 9 ,heavy metal load rate is 0 .2 and the adsorption time is 10mins .
