期刊名称：International Journal of Advances in Engineering and Management
电子版ISSN：2395-5252
出版年度：2021
卷号：3
期号：10
页码：1362-1368
DOI：10.35629/5252-031011141118
语种：English
出版社：IJAEM JOURNAL
摘要：Distillery industry is one of oldest industries which is highly complex and characterized by high BOD, COD, Total solids, Odor and Color. Untreated Distillery wastewater when discharged directly into the water bodies o onto the open land causes irreversible damage to environment wastewater. The large quantity of wastewater generated at all stages of sugar production are highly contaminated because of improper water management. This type of wastewater is discharged to surface water or on land. Therefore treatment of wastewater for disposal and reuse is necessary for safe and sustainable environment. Soil aquifer treatment system is adopted for better management of distillery wastewater. Sandy soil was used for the experimentation. Along with neem leaves, almond leaves, teak leaves peepal leaves, banyan tree’s leaves and jackfruit leaves powder as an adsorbent. These leaves powder proved efficient adsorbent and gives good removal efficiency. Without adsorbent for sandy soil removal efficiency for Color 94.40%,for TDS 78.96%, Turbidity 88.27%, COD 70%,and BOD 70.2%. similarly sandy soil with adsorbent at 20% height for Color 94.72%, for TDS 90.12%, for Turbidity 88.01%,for COD 73.50%, BOD 72.2%.Sandy soil with 40% adsorbent height from bottom for Color 94.56%,for TDS 90.15%,for Turbidity 87.81%, for COD 74.6%, for BOD 74.6% and finally Sandy soil with 60% adsorbent height from bottom, for Color 94.89%,for TDS 89.69%, for Turbidity 91%, for COD 75% and for BOD 78%.
