An investigation of monthly variation of different physicochemical parameters of dairy industry effluent

N. Patil, J. Kurhekar
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引用次数: 1

Abstract

ABSTRACT           Industrialization no doubt enhances the productivity, but also results in release of toxic substances into the environment, creating health hazards. Dairy industry ranks as one of the most polluted industries in India. For cleaning and washing procedures, dairy industry plants generate large volumes of waste water, which is 2.5 times milk volume processed. Dairy effluent contains high load of organic matter. This study was aimed at assessing the monthly variation of different physicochemical parameters of effluent like pH, Temperature, Turbidity, Electrical Conductivity, Chemical Oxygen Demand, Biological Oxygen Demand, Total Solids, Total Dissolved Solids, Total Suspended Solids, Chlorides, Sulfates, Oil & Grease, Proteins, Lipids etc. The pH was recorded for values between 7.3 to 8.2 whereas overall mean value was 7.7±0.37 (S.D.) in all month’s data collected which is ambient for the microbial population to grow. Maximum temperature was reported in May (33°C) while lowest value was reported in December (24°C). Mean value of turbidity was recorded as 762±207 NTU. Maximum EC value was reported in January (650 µS/cm) while minimum value was reported in May (354 µS/cm). BOD values reported were between 268 to 950 mg/lit. Maximum BOD values were reported in August and October while minimum was reported in the month of July. Mean value was recorded at 597±208 mg/lit. COD mean value was recorded at 2184±417 mg/lit. Maximum COD values were observed during August and September while minimum during February to April. TDS was noted down to be between 960 to 1362 mg/lit. TS mean value was around 1412 ± 108 mg/lit. TSS was found to be between 245 to 365 mg/lit during the year 2013-14. Maximum TSS value was reported in November and September while minimum in March. Maximum chloride value was reported in March (562 mg/lit) while minimum in September (256 mg/lit). Mean value of sulfate was 247 ± 98 mg/lit. Mean value for oil and grease was recorded as 163 ± 44 mg/lit. Maximum protein value was reported in November (260 mg/lit) while minimum in the months of May and September (154 mg/lit). Mean value of lipid was recorded to be 600±63 mg/lit indicating obvious variation during batches. The present study has been aimed at procuring dairy industry effluents & characterizing them for different parameters in order to check the fluctuation in organic loads.
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乳制品工业废水不同理化参数的月变化规律研究
工业化无疑提高了生产力,但也会导致有毒物质释放到环境中,造成健康危害。乳制品行业是印度污染最严重的行业之一。在清洁和洗涤过程中,乳制品行业的工厂会产生大量的废水,这是牛奶处理量的2.5倍。奶制品废水含有大量有机物。本研究旨在评估出水不同物理化学参数的月变化,如pH、温度、浊度、电导率、化学需氧量、生物需氧量、总固体、总溶解固体、总悬浮固体、氯化物、硫酸盐、油脂、蛋白质、脂质等。记录的pH值在7.3至8.2之间,而在收集的所有月份的数据中,总平均值为7.7±0.37(S.D.),这是微生物种群生长的环境。最高温度报告在5月(33°C),而最低值报告在12月(24°C)。浊度的平均值为762±207NTU。1月份报告的EC最大值为650µS/cm,5月份报告的最小值为354µS/cm。报告的BOD值在268至950毫克/升之间。8月和10月报告了最高BOD值,而7月报告了最低BOD值。记录的平均值为597±208 mg/lit。COD平均值为2184±417 mg/lit。COD最高值出现在8月和9月,最低值出现在2月至4月。TDS下降到960至1362 mg/lit之间。TS平均值约为1412±108mg/lit。在2013-14年期间,TSS被发现在245至365毫克/升之间。TSS的最大值出现在11月和9月,而最小值出现在3月。3月份报告的氯化物最高值为562毫克/升,9月份报告的最低值为256毫克/升。硫酸盐的平均值为247±98 mg/lit。机油和润滑脂的平均值记录为163±44 mg/lit。据报道,11月蛋白质含量最高(260毫克/升),而5月和9月蛋白质含量最低(154毫克/升。脂质的平均值记录为600±63 mg/lit,表明批次之间存在明显变化。本研究旨在获取乳制品工业废水,并对其进行不同参数的表征,以检查有机负荷的波动。
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