“Analysis on Waste Water Treatment Plant for Samarth Engineering Building and Samarth Hostel”
Bhalerao Avinash Kalidas ,Chaskar Pratiksha Ashok ,Jadhav Shrutika Balshiram ,Shinde Ashwini Narayan , prof.Khating Ashwini Aniruddha ,Prof.Dighe Bhushan Nanasaheb.
Bhalerao Avinash Kalidas,Civil Engineering,Samarth college of Engineering & Management,Belhe.
Chaskar Pratiksha Ashok, Civil Engineering,Samarth college of Engineering & Management,Belhe.
Jadhav Shrutika Balshiram, Civil Engineering,Samarth college of Engineering & Management,Belhe.
Shinde Ashwini Narayan, Civil Engineering,Samarth college of Engineering & Management,Belhe.
Prof. Khating Ashwini Aniruddha, Civil Engineering,Samarth college of Engineering &Management,Belhe.
Prof. Dighe Bhushan Nanasaheb, Civil Engineering,Samarth college of Engineering &Management,Belhe
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Abstract- The waste water generated in bathrooms and sinks primarily consists of water used for personal hygiene, cleaning, and various household activities. This waste water typically contains a mixture of soap, shampoos, oils, dirt, and organic materials. Waste water from bathroom sinks and basins is commonly known as 'gray water,' which is distinct from 'black water' due to its generally low levels of human waste. Proper treatment and management of bathroom waste water are essential for reducing environmental pollution, conserving water resources, and promoting sustainable water practices. In areas experiencing water shortages, the recycling or reuse of gray water for non-potable purposes, such as irrigation or toilet flushing, is a common strategy. It is crucial to ensure that waste water treatment systems are capable of handling the varying quality of water and adhere to environmental regulations for reuse. The waste water from bathrooms and sinks, mainly categorized as gray water, plays a significant role in residential and urban water management. Effective treatment and management are vital to prevent environmental harm and enable the safe reuse of water. By enhancing treatment technologies and implementing sustainable water practices, bathroom waste water can be effectively managed, thereby contributing to water conservation efforts and environmental protection.
Key Words: Waste water, Grey water, Waste water treatment plant
