Urban Water Crisis: Data Centres and Allegations of Vote-Based Cuts

As India grapples with an escalating urban water crisis, the intersection of water scarcity, the rise of AI data centres, and political allegations has sparked a heated debate among content creators. Shashank Udupa, a researcher, highlights the alarming situation in Ghaziabad, where residents are forced to dig 1,200 feet underground for water while nearby AI data centres consume vast amounts for cooling. He warns that without adequate planning, India’s ambition to become an AI hub could worsen existing water shortages. Udupa argues, "India wants to become one of the biggest data centre hubs, and most of it is coming to Chennai, Hyderabad, Delhi, and Mumbai."

In contrast, Faye D'Souza, a journalist, points to a broader trend affecting major cities like Mumbai, where reservoirs are running dangerously low. She reports that as of June 22, Mumbai's seven reservoirs were at nearly 5% of their total capacity, raising concerns about the city's vulnerability to delayed monsoons. D'Souza states, "One delayed monsoon is now enough to push major cities toward a water crisis," emphasizing that rapid urbanization and poor water management exacerbate these shortages.

Adding another layer to the debate, Arfa Khanum Sherwani, a journalist, shares the plight of residents in Kolkata's slums, where women and children must walk 1.5 kilometres for clean water. She highlights how these communities are forced to use polluted Ganga water for bathing and laundry, leading to health issues like skin rashes. Sherwani laments, "Children often miss school because their priority is to fetch water for their families."

Furthermore, Sherwani raises allegations that water supplies in Kolkata have been cut off as a political tactic, suggesting that Muslim residents are being punished for not voting for the ruling Bharatiya Janata Party (BJP). She states, "Local residents allege their water was cut because they didn’t vote for BJP," although the claims remain unverified. The local MLA, Ritesh Tiwari, attributes the water supply issues to land encroachment rather than political motives.

D'Souza also addresses concerns surrounding new developments, like Google’s $15 billion AI data centre in Visakhapatnam, which faces backlash from residents worried about its impact on already strained water resources. She notes that the city currently receives 410 million litres of water daily against a requirement of 480 million. Activists are sceptical, questioning whether Google's assurances about prioritizing domestic water supply will hold true.

This multifaceted debate reveals a critical need for sustainable urban planning that considers the long-term implications of expanding data centres in water-scarce regions. While Udupa and D'Souza focus on the immediate crisis and systemic failures in water management, Sherwani introduces a contentious political dimension that complicates the discussion. As cities prepare for an AI-driven future, the question remains: how will they balance technological growth with essential resource management?

Ultimately, the voices in this debate highlight a pressing need for comprehensive strategies to address the urban water crisis, especially as climate change continues to exacerbate existing vulnerabilities.