What is the plan to revive Buddha Nullah in Ludhiana?

Citizens and activists have prepared a plan to reuse 555 MLD of treated wastewater for irrigation and groundwater recharge to revive Buddha Nullah into Buddha Darya.

What are the concerns about reusing treated water in Mattewara forest?

There are strong objections to reusing treated industrial wastewater in the ecologically sensitive Mattewara forest due to fears of irreversible damage and groundwater contamination.

How can citizens contribute to Ludhiana's water revival?

Citizen-led initiatives, like the Buddha Darya revival plan, demonstrate practical solutions for environmental problems through scientific oversight and community involvement.

Home / Environment / Ludhiana's Nullah Revival: A Citizen-Led Water Solution

Ludhiana's Nullah Revival: A Citizen-Led Water Solution

12 Jan

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Summary

Citizens plan to revive Buddha Nullah using 555 MLD treated wastewater.
Phased reuse for irrigation and groundwater recharge is proposed.
Concerns raised over industrial wastewater reuse in sensitive forest areas.

Ludhiana's Nullah Revival: A Citizen-Led Water Solution

Environmental activists and Ludhiana residents have jointly developed an integrated roadmap to revive the polluted Buddha Nullah, aiming to transform it into the flowing Buddha Darya while combating the city's groundwater crisis. The plan centers on the scientific recycling and reuse of wastewater.

The proposed framework involves the phased utilization of approximately 555 million litres per day of treated water. Initial phases focus on irrigating around 1,900 acres of farmland using treated water from local sewage treatment plants. Subsequent phases envision dedicated pipelines to ensure a continuous flow downstream.

While the plan offers practical solutions for environmental issues, concerns persist regarding the reuse of treated industrial wastewater, particularly near the Mattewara forest. Activists are calling for strict enforcement of zero liquid discharge norms and better management of waste from various sources to protect biodiversity and groundwater.