The Water Lesson That India Needs

Prime Minister Narendra Modi’s recent visit to the iconic Afsluitdijk dam in the Netherlands was a calculated move, leveraging diplomatic ties while underscoring India’s need for expertise in water engineering. Amidst the fanfare surrounding his official trip, one crucial aspect of this visit flew under the radar: the strategic importance of Dutch expertise for India’s long-term water management and climate resilience.

The Afsluitdijk is an engineering marvel, protecting the Netherlands from floods while serving as a model for freshwater storage, inland waterways, and renewable energy generation. The visit highlighted the relevance of Dutch expertise for India’s ambitious Kalpasar Project in Gujarat, which aims to create a massive freshwater reservoir and dam system across the Gulf of Khambhat.

India is grappling with climate change, urban flooding, water scarcity, and extreme weather events, particularly in coastal and drought-prone regions. These areas face simultaneous risks of water shortages, salinity intrusion, and flood disasters. The Kalpasar Project attempts to address multiple challenges through a single mega infrastructure system, presenting both opportunities and risks.

The project’s scale is staggering: it involves constructing a 30-kilometre dam across the Gulf of Khambhat, creating what could become the world’s largest freshwater reservoir in a marine environment. It proposes to store around 10 billion cubic metres of freshwater sourced from rivers including the Narmada, Mahi, Sabarmati, and Dhadar. This is not just about providing irrigation water; it also aims to support drinking water supply and industrial requirements.

However, the Kalpasar Project has been in development for decades, with conceptualisation dating back to the 1970s. Despite being one of India’s most ambitious proposed water infrastructure plans, it has faced numerous challenges, including rising costs, environmental concerns, and technical feasibility issues. The revised plan involves three major components, each with its own set of complexities.

The Dutch model is significant because it offers a real-world example of how large-scale water infrastructure can integrate flood defence, freshwater management, transportation, and renewable energy generation. India would be wise to learn from the Netherlands’ expertise in this area. The modernisation programme of the Afsluitdijk demonstrates how infrastructure can adapt to meet climate change challenges while serving multiple functions.

As India looks to the Netherlands for lessons in water management, it must also acknowledge the risks associated with large-scale infrastructure projects. The costs are estimated at around Rs 85,000-90,000 crore, and the construction timeline could stretch close to two decades. Moreover, the project’s environmental impact requires careful consideration, particularly on the sensitive ecosystem of the Gulf of Khambhat.

The visit to the Afsluitdijk marked a significant moment in India-Dutch cooperation in climate resilience, water technology, and sustainable infrastructure. As the world grapples with water scarcity, flood management, and climate change challenges, this partnership offers hope for innovative solutions. The question now is whether India can replicate the Dutch model, adapting it to its unique needs while avoiding past pitfalls.

Prime Minister Modi’s visit to the Afsluitdijk was a reminder of the importance of international cooperation and knowledge sharing in addressing global challenges. As India embarks on this ambitious journey, it must be mindful of lessons from history – both successes and failures – and strive for sustainable solutions that balance economic, environmental, and social considerations. The water lesson that India needs is not just about technology or infrastructure; it’s about creating a resilient future for its citizens and the planet.