Addressing drinking water challenges with Meghdoot Atmospheric Water Generators

01 Dec 2025 30 May 2026
 Addressing drinking water challenges

As part of its commitment to pioneering sustainable water solutions, TERI, serving as the implementing agency, has deployed Meghdoot Atmospheric Water Generators (AWGs) across multiple locations in India to enhance access to safe and reliable drinking water. Supported by the Corporate Social Responsibility (CSR) funding of HDFC Bank, this strategic initiative addresses severe water scarcity challenges through innovative, climate-resilient technology.

How the Technology Works

The Meghdoot AWGs operate by harvesting moisture directly from ambient air and converting it into premium-quality potable water through advanced, multi-stage filtration and purification processes. By generating water directly from the atmosphere, this decentralized system ensures a consistent supply of clean drinking water completely independent of traditional groundwater or surface water sources—both of which are increasingly stressed, depleted, or contaminated.

Key Project Impact Areas

  • Community Beneficiaries: Collectively, the network of installed AWG units is projected to cater to the daily drinking water needs of approximately 2,000 to 3,000 people.
  • Health Outcomes: By providing a pristine, reliable source of water, the project significantly improves community health outcomes and lowers the incidence of waterborne diseases.
  • Targeted Intervention: The deployment drives significant social impact in water-stressed and underserved rural and peri-urban regions, where secure access to clean drinking water remains a critical challenge.

A Step Toward the SDGs: Beyond immediate water provision, this initiative aligns directly with broader Sustainable Development Goals (SDGs). By promoting decentralized, energy-efficient water solutions, it mitigates the ecological pressure on conventional, over-exploited water resources and models a scalable framework for localized water security.

Tags
Drinking water
Water demand
Water resources
Themes