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πŸ’§Research Phase

Water Conservation Technologies

India faces three simultaneous water crises: overexploited groundwater, less than 3% domestic water reuse, and drip irrigation coverage of just 7–8%. Mature technologies exist for each of these problems at TRL 8+. What is missing is the framework that maps the right technology to the right problem β€” and the policy mechanism to deploy it at scale. CRID is building both.

<3%
Domestic water currently reused
7–8%
Agricultural land with drip irrigation
β‚Ή2L Cr
Investment for 50% drip irrigation
β‚Ή2L Cr/yr
Current annual urea subsidy

The Problem

The gap CRID is closing.

India's water challenge is not a technology problem β€” it is a coordination problem. Drip irrigation covers only 7–8% of agricultural land despite technology that is proven, commercially available, and cost-effective. Domestic water reuse stands below 3%, despite decentralised sewage treatment plants that could transform that figure. Groundwater depletion continues unchecked. The gap is not the absence of solutions β€” it is the absence of a unified framework that matches the right technology to the right problem, and a government mechanism to drive adoption.


CRID's Approach

How we're building this.

CRID is mapping India's mature water conservation technologies β€” those at TRL 8 or above β€” to specific sector problems: drip and micro-irrigation for agriculture, decentralised sewage treatment for urban wastewater reuse, zero liquid discharge for industrial water management. The output is a technology-to-problem matching framework that governments can act on directly. CRID then advocates for a ratchet mechanism: strategic subsidisation at the outset, with gradually tightening mandates that make adoption the path of least resistance for every sector.

Expected Impact

What changes when this lands.

A deployed water conservation framework would reduce groundwater depletion across India's most overexploited aquifers, bring drip irrigation to scale across agricultural states β€” protecting food security and farmer income β€” and enable urban wastewater reuse at a level that reduces freshwater demand across Indian cities. The technology to achieve this already exists. The policy architecture to deploy it does not β€” yet.