Rajasthan's $11B Water Project to Serve 32.5 Million by 2028

Millions of people in Rajasthan are one step closer to ending decades of water scarcity, thanks to a groundbreaking aqueduct now under construction on the Chambal river.

The 2.3-kilometer structure will channel life-giving water to 17 districts across eastern and southeastern Rajasthan, reaching 32.5 million residents who have long struggled with limited access to clean drinking water and irrigation. Construction began in May 2025, with completion expected by June 2028.

Water Resources Minister Suresh Singh Rawat called the project "a milestone in water engineering" during an inspection visit in February. The aqueduct stretches 41.25 meters wide and stands 7.7 meters tall, designed to move water using gravity from source to destination without energy-intensive pumping.

The structure connects villages across Kota and Bundi districts, forming the backbone of the larger Parvati-Kalisindh-Chambal link project. Water lifted from the Navnera barrage will flow through the Mej river system, eventually reaching three major dams that supply the region.

This aqueduct represents just the first phase of an ambitious $11 billion infrastructure program officially recognized in India's national river-linking plan. Rajasthan and Madhya Pradesh governments signed the implementation agreement in December 2024, cementing a collaborative approach to regional water management.

The project does double duty by creating a new public transport route across the aqueduct, connecting communities previously separated by the river. Engineers designed the structure to handle both water transport and vehicle traffic safely.

The Ripple Effect

The impact extends far beyond immediate water access. Farmers in 17 districts will gain reliable irrigation for the first time, stabilizing food production and rural incomes across a region where agriculture depends on unpredictable monsoons.

Medium and large irrigation projects already operating in the area will receive supplemental water supplies based on technical feasibility studies. This integrated approach means existing infrastructure gets maximized while new systems come online.

The project specifically targets regions facing the most severe water stress, transferring surplus water from the Chambal river basin to areas where scarcity has limited development for generations. Planners designed the system to meet growing demand through 2051, accounting for population growth and climate variability.

Local communities are already seeing construction jobs and infrastructure improvements as work progresses. The $2.7 billion first phase employs thousands of workers while building the foundation for long-term water security.

When complete in 2028, this engineering achievement will prove that thoughtful infrastructure investment can transform entire regions, turning water scarcity from an accepted hardship into a solved problem for millions of families.