Overview
Sandhpore Pardi wastewater treatment plant serves Valsad, Gujarat, India, with a designed capacity of 1.00 MLD and serves a population of 106,899. It is located within 50 km of the coast.
Sandhpore Pardi is a wastewater treatment plant located in Valsad, Gujarat, India. It serves a population of 106,899, classifying it as a large agglomeration under Indian urban wastewater management standards. The plant is operational and has a designed capacity of 1.00 million liters per day. As a large-scale facility in India, the plant is expected to comply with the Central Pollution Control Board (CPCB) norms, which mandate secondary treatment for such agglomerations. Typical Indian plants of this scale employ activated sludge or similar biological treatment to meet discharge standards. The plant's treated effluent likely discharges into local water bodies that drain into the Arabian Sea, given its proximity to the coast (within 50 km). The region's aquatic ecosystems, including estuaries and coastal zones, benefit from proper wastewater treatment that reduces pollution loads and protects biodiversity.
Environmental context
The plant is located in the coastal district of Valsad, Gujarat, within 50 km of the Arabian Sea. The treated wastewater likely flows into local rivers or streams that drain into the Gulf of Khambhat, an ecologically sensitive area supporting diverse marine life and mangrove ecosystems. Proper treatment is crucial to prevent eutrophication and protect coastal fisheries.
Frequently asked questions
Sandhpore Pardi is located in Valsad, Gujarat, India, in the Valsad Taluka of Valsad district.
The plant serves a population of 106,899, classifying it as a large agglomeration under Indian wastewater management standards.
The treated effluent likely discharges into local water bodies that drain into the Arabian Sea, given the plant's proximity to the coast (within 50 km).
The plant operates under India's Central Pollution Control Board (CPCB) norms, which mandate secondary treatment for large agglomerations and set effluent discharge standards to protect water quality.
For a plant of this scale, typical treatment includes primary screening and grit removal followed by secondary biological treatment such as activated sludge or sequencing batch reactors, often with disinfection before discharge.
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