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首页> 外文期刊>International Journal of Applied Biology and Pharmaceutical Technology >BIOREMEDIATION OF SEWAGE WASTE WATERS BY THE PHOTOTROPHIC BACTERIAL CONSORTIUM ISOLATED FROM SEWAGE WATER
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BIOREMEDIATION OF SEWAGE WASTE WATERS BY THE PHOTOTROPHIC BACTERIAL CONSORTIUM ISOLATED FROM SEWAGE WATER

机译:从污水中分离出的营养细菌污泥对污水进行生物介导。

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摘要

Microbial based treatments are more economical, ecofriendly and sustainable alternative for waste treatment to existing chemical or physical treatment methods. The metabolic rate of microorganisms effect pH, BOD, COD, DO, concentration of suspended solids present in waste waters. Phototrophic consortium from sewage water was used in the present study to remediate sewage water. Treatment with bacteria caused a significant decrease in some of the parameters tested for waste water. Remediation of sewage water of Panagal by photosynthetic bacteria showed a 23% decrease in DO and 64% decrease in BOD was observed which was significant. COD and organic matter decreased to the extent of 32% and 75% respectively. Chloride levels (6%), bicarbonates (32%) and sulphates (19%) were also decreased. Remediation of sewage water of Prakasam bazaar by photosynthetic bacteria showed a decrease in DO by 22%. Chemical oxygen demand and Biological oxygen demand decreases were significant and were to the extent of 60% and 38% respectively. Bicarbonates (45%), chlorides (35%), sulphates (16%) and organic matter (28%) also decreased significantly.
机译:对于现有的化学或物理处理方法,基于微生物的处理是更经济,生态友好和可持续的废物处理替代方案。微生物的代谢速率会影响pH值,BOD,COD,DO,废水中悬浮固体的浓度。来自本研究的废水的营养养分财团被用于修复废水。用细菌处理导致废水测试的某些参数显着下降。光合细菌对Panagal废水的修复表明,DO降低了23%,BOD降低了64%,这非常重要。化学需氧量和有机物含量分别下降了32%和75%。氯化物含量(6%),碳酸氢盐含量(32%)和硫酸盐含量(19%)也降低了。光合细菌对Prakasam集市的污水进行修复后,DO降低了22%。化学需氧量和生物需氧量的下降显着,分别达到60%和38%。碳酸氢盐(45%),氯化物(35%),硫酸盐(16%)和有机物(28%)也显着下降。

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