Overview
Malhipur wastewater treatment plant serves Saharanpur, Uttar Pradesh, India, with a population equivalent of 253,885. The facility is operational and falls under India's environmental regulations for large agglomerations.
Malhipur wastewater treatment plant is located in Saharanpur, Uttar Pradesh, India, serving a population of approximately 253,885. As a large-scale municipal facility, it plays a key role in managing wastewater from the city and surrounding areas. India's wastewater treatment regulations, including the Water (Prevention and Control of Pollution) Act, 1974, and the National Green Tribunal directives, require large agglomerations to implement secondary treatment at minimum. Plants serving over 100,000 people are expected to meet stringent discharge standards to protect water resources. The treated effluent from Malhipur likely discharges into local water bodies that drain into the Ganges River basin, a critical waterway supporting millions of people and diverse aquatic ecosystems. Proper treatment helps reduce pollution loads in this ecologically sensitive region.
Environmental context
The plant's discharge likely enters local streams or canals that flow into the Ganges River basin, which ultimately drains into the Bay of Bengal. This region supports a wide range of aquatic life and provides water for agriculture, drinking, and industry. Effective wastewater treatment is essential to prevent eutrophication and protect downstream ecosystems.
Frequently asked questions
Malhipur wastewater treatment plant is located in Saharanpur, Uttar Pradesh, India, with the postal code 247001.
The plant serves a population equivalent of approximately 253,885 people.
The plant treats wastewater that would otherwise pollute local water bodies draining into the Ganges River basin, a major river system in northern India.
India's Water Act and National Green Tribunal regulations require large agglomerations like Saharanpur to treat wastewater to secondary standards before discharge, helping to protect the Ganges and other rivers.
For agglomerations of this size, Indian regulations typically mandate secondary treatment, often using activated sludge or similar biological processes, to meet discharge standards.
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