On April 28, 2026, at a sun-baked industrial plot in Tarluvada, Andhra Pradesh, Google broke ground on what it described as its largest investment in India's digital future. Union Minister Ashwini Vaishnaw was there. Chief Minister Chandrababu Naidu was there. So were representatives from Adani Group and Nxtra by Airtel, Google's infrastructure partners for the project. What nobody mentioned, at least not in any official statement, was water. The environmental clearance granted for the gigawatt-scale data centre park at Visakhapatnam did not disclose operational water use figures, according to Mongabay-India's reporting from May 2026. That omission is not an exception, but in India's data centre sector, it is the norm.<h2>The price of the boom</h2>India's data centres consumed approximately 150 billion litres of water in 2025, according to Mordor Intelligence, a figure corroborated by the Council on Energy, Environment and Water. By 2030, that figure is projected to reach 358.66 billion litres, a compound annual growth rate of over 19 per cent. A single 100-megawatt facility can draw roughly two million litres a day for cooling, according to Dialogue Earth. University of California researchers found that generating a 100-word email through an AI model consumes between 200 and 1,500 millilitres of water, a figure that scales to the volume India's AI user base generates daily. According to WRI India's mapping, more than half of India's approximately 271 data centres are already located in water-stressed regions. An S&amp;P Global study projects 60 to 80 per cent of India's data centre facilities could face high water stress before the end of this decade.<h2>The cities carrying the weight</h2>Bengaluru's data centres consume over 26 million litres of water annually, according to Dialogue Earth, in a city that recently faced what researchers described as its worst water crisis in nearly five centuries. Hyderabad faces a projected water deficit of 870 million litres per day by 2027, yet hyperscalers continue to expand operations there. Chennai reached a point in 2019 where its main reservoirs ran completely dry. Delhi, Bengaluru, Chennai, and Hyderabad are all projected to face severe groundwater depletion by 2030, per NITI Aayog's Composite Water Management Index, a report that also found approximately 600 million Indians already face high-to-extreme water stress. India holds four per cent of the world's freshwater while supporting 18 per cent of its population, according to World Bank and NITI Aayog data. The WRI Aqueduct Water Risk Atlas ranks India 13th among the world's most water-stressed nations.<h2>The governance gap</h2>MeitY's Draft National Data Centre Policy was first circulated in 2020. As of June 2026, it has not been formally notified. The draft proposed infrastructure status, single-window clearance, and Data Centre Economic Zones, all of which the industry has since received through budget announcements and state-level policies. What it did not include, and what remains absent from India's data centre governance framework today, is a single binding environmental performance requirement.A joint study by CEEW and SYSTEMIQ published in February 2026 found that water risk in India's data centre sector is being systematically underestimated, with many stakeholders continuing to treat it as manageable despite documented structural stress. Most large Indian data centre operators are privately held, placing them outside SEBI's Business Responsibility and Sustainability Reporting framework that mandates ESG disclosures for listed companies. "The Draft Data Centre Policy 2020, while articulating noteworthy objectives and incentives, lacked enforceable legal mandates," noted BW Legal World. Six years later, that assessment remains accurate.<h2>What the industry is doing, and not doing</h2>Schneider Electric, one of the world's largest suppliers of cooling and energy management systems for data centres, ranked first in Sustainability Magazine's Top 250 Most Sustainable Companies report for 2025. The company has committed to saving or avoiding 1,500 terawatt-hours of customer energy use between 2026 and 2030. On the critical question of AI data centre water consumption, Tuan Hoang, Head of Cooling Technology and Product Development at Schneider Electric, stated at a press event reported by Sustainability Magazine in May 2026 that closed-loop liquid cooling can reduce AI data centre water consumption by approximately half, and that water consumption for data centres is ultimately "a choice, a geographical choice dependent on power, land and what is required." Through its acquisition of Motivair, Schneider now offers what it describes as the industry's first end-to-end liquid cooling portfolio built specifically for AI data centre workloads.The technology, in other words, exists. Schneider Electric is supplying cooling infrastructure to some of the fastest-growing data centre markets in India, where no binding Water Use Effectiveness standard currently exists. The company did not provide a spokesperson for this story. What Schneider has publicly advocated for in global markets, mandatory WUE benchmarks, closed-loop systems, and water-neutral design, it has not advocated for publicly in India. That gap, in a country building gigawatts of data centre capacity with no WUE requirement, is worth noting.Also read: <a href="https://www.wionews.com/world/us-launches-fresh-strikes-on-iranian-targets-after-merchant-ships-hit-off-oman-1783460027337">US 'violates MoU', launches fresh strikes on Iranian targets after attacks on vessels in Hormuz</a>Yotta Data Services, one of India's largest data centre operators, reported revenues of ₹901 crore in FY2025 with a 94 per cent revenue CAGR. The company has made some of the more forward-looking public statements in the sector, claiming to deliver 100 percent green power to customers, committing to run fully on renewables through solar, wind, onsite hydrogen co-generation and fuel cells, and stating that "the industry's real direction is water-neutral data centres, air-cooled plus liquid-cooled plus closed-loop systems, not water-cooled towers," as reported by Down to Earth. Yotta's CEO Sunil Gupta has also publicly noted that global social media and internet platforms have historically avoided hosting in India despite 30 to 40 per cent of their global users being Indian, a data sovereignty gap the Union Budget 2026-27 tax holiday for foreign cloud operators is now beginning to address.What Yotta has not done is publish independently verified water or energy consumption data. As a private company, it falls outside SEBI's mandatory BRSR disclosure framework. Unlike Nxtra by Airtel, it has not released a public sustainability report with specific consumption figures. The CEEW-SYSTEMIQ study found this to be a sector-wide problem; most large private operators in India have no binding obligation to disclose resource use, making it impossible to distinguish genuine sustainability commitments from unverified claims. Down to Earth's investigation into India's data centre water transparency, published in November 2025, found that companies in this sector routinely claim recycled water usage without disclosing how much clean water they continue to withdraw alongside it. Yotta's public commitments are among the more ambitious in the Indian market. Without verified figures, they cannot be independently assessed.<h2>How the market is moving, and what needs to change</h2>Not every signal points in the wrong direction. "The way data centre locations are being evaluated has changed significantly over the last two to three years," said Gautam Saraf, Executive Managing Director, Mumbai and New Business at Cushman &amp; Wakefield, which advises hyperscalers, operators, and investors on data centre strategy across India. "Earlier, the focus was primarily on demand concentration, latency requirements, fibre connectivity and land availability. Today, location selection is increasingly a resource availability decision." Saraf told WION that water availability is gaining weight in site selection decisions, with growing emphasis on treated water and recycling, and that operators are increasingly evaluating Tier II cities and planned industrial parks where grid connectivity can be secured six to twelve months faster than in congested metros.Nxtra by Airtel has put numbers behind its commitments. According to its FY2024-25 Sustainability Report, the company contracted 482,800 MWh of renewable energy, three times its 2021 baseline, improved average Power Use Effectiveness by 10 per cent since FY2021, and recycled 15,329 kilolitres of water through advanced sewage treatment systems. It also became the first Indian data centre operator to deploy hydrogen-ready fuel cell technology through a partnership with Bloom Energy. On cooling strategy, Nxtra has stated: "There is also an impact on sustainability if all data centres start consuming too much water to facilitate only liquid-based cooling infrastructure. Hence a more mature approach would be to adopt a mix of cooling strategies based on the type of IT architecture required," as reported by Capacity Global. Speaking during Airtel's Q4 FY2026 earnings webinar on May 14, 2026, Gopal Vittal, Executive Vice Chairman of Bharti Airtel, said: "Our data centers are being built with the latest technologies in terms of cooling capabilities, power efficiency and also a standard toolkit on the build out, which is really world class."<h2>What needs to happen</h2>Three interventions would materially change the trajectory of this sector without impeding India's legitimate infrastructure ambitions. First, a formally notified national data centre policy with binding WUE and PUE benchmarks, not a draft that has been in circulation for six years. Second, mandatory water and energy disclosure for all operators above a defined capacity threshold, regardless of listing status, closing the exemption that currently covers most of the sector. Third, Data Centre Economic Zones with environmental standards built into site approvals at the planning stage, not layered on after construction begins.CEEW articulated the governing logic in January 2026: "Integrating data centres into energy, water, and land-use planning can help turn sectoral growth into a sustainable digital asset rather than a systemic risk."India holds real leverage in this negotiation. Microsoft, Google, and the Adani Group have committed hundreds of billions of dollars to build infrastructure on Indian soil. They need India's market, its data localisation requirements, and its sovereign cloud opportunity. As Gopal Vittal noted during Airtel's Q4 FY2026 earnings webinar, "A lot of workloads do need a sovereign requirement. We are fully sovereign, the control plane, the data plane, the jurisdiction, all of it is in India."That sovereignty is India's strongest card at the negotiating table. It should use it, not just to attract investment, but to set the terms on which that investment is built, operated, and held to account.The infrastructure is non-negotiable, and so is the damage; thus, India cannot afford to ignore either.&nbsp;READ PART 1: The Big Data Centre Debate: Are They Optional? - Part 1, it establishes why India cannot stop building this infrastructure and who is already depending on it. (Please insert this link here: <a href="https://apc01.safelinks.protection.outlook.com/?url=https%3A%2F%2Fwww.wionews.com%2Ftechnology%2Fthe-big-data-centre-debate-are-they-optional-1783153694054&amp;data=05%7C02%7Cgulshan.parveen%40wionews.com%7Ce60221f967ca49435fab08dedc6d39f0%7Cd9454a4401f64fa99ad115ee73b1b80d%7C0%7C0%7C639190558848095856%7CUnknown%7CTWFpbGZsb3d8eyJFbXB0eU1hcGkiOnRydWUsIlYiOiIwLjAuMDAwMCIsIlAiOiJXaW4zMiIsIkFOIjoiTWFpbCIsIldUIjoyfQ%3D%3D%7C0%7C%7C%7C&amp;sdata=Cww4rpDTuEFP26d4C1IJ8Tdgmg3slaQq9k807vr%2FNRc%3D&amp;reserved=0">https://www.wionews.com/technology/the-big-data-centre-debate-are-they-optional-1783153694054</a>)&nbsp;WION sought comments from Schneider Electric India and Yotta Data Services. Neither provided spokesperson responses before publication; if the copy is received, it will be updated.

India's data centre water consumption will more than double to 358 billion litres by 2030. More than half of existing facilities already sit in water-stressed cities. A national policy has been in draft since 2020 with zero environmental requirements. The solutions exist. 

On April 28, 2026, at a sun-baked industrial plot in Tarluvada, Andhra Pradesh, Google broke ground on what it described as its largest investment in India's digital future. Union Minister Ashwini Vaishnaw was there. Chief Minister Chandrababu Naidu was there. So were representatives from Adani Group and Nxtra by Airtel, Google's infrastructure partners for the project. What nobody mentioned, at least not in any official statement, was water. The environmental clearance granted for the gigawatt-scale data centre park at Visakhapatnam did not disclose operational water use figures, according to Mongabay-India's reporting from May 2026. That omission is not an exception, but in India's data centre sector, it is the norm. The price of the boom India's data centres consumed approximately 150 billion litres of water in 2025, according to Mordor Intelligence, a figure corroborated by the Council on Energy, Environment and Water. By 2030, that figure is projected to reach 358.66 billion litres, a compound annual growth rate of over 19 per cent. A single 100-megawatt facility can draw roughly two million litres a day for cooling, according to Dialogue Earth. University of California researchers found that generating a 100-word email through an AI model consumes between 200 and 1,500 millilitres of water, a figure that scales to the volume India's AI user base generates daily. According to WRI India's mapping, more than half of India's approximately 271 data centres are already located in water-stressed regions. An S&P Global study projects 60 to 80 per cent of India's data centre facilities could face high water stress before the end of this decade. The cities carrying the weight Bengaluru's data centres consume over 26 million litres of water annually, according to Dialogue Earth, in a city that recently faced what researchers described as its worst water crisis in nearly five centuries. Hyderabad faces a projected water deficit of 870 million litres per day by 2027, yet hyperscalers continue to expand operations there. Chennai reached a point in 2019 where its main reservoirs ran completely dry. Delhi, Bengaluru, Chennai, and Hyderabad are all projected to face severe groundwater depletion by 2030, per NITI Aayog's Composite Water Management Index, a report that also found approximately 600 million Indians already face high-to-extreme water stress. India holds four per cent of the world's freshwater while supporting 18 per cent of its population, according to World Bank and NITI Aayog data. The WRI Aqueduct Water Risk Atlas ranks India 13th among the world's most water-stressed nations. The governance gap MeitY's Draft National Data Centre Policy was first circulated in 2020. As of June 2026, it has not been formally notified. The draft proposed infrastructure status, single-window clearance, and Data Centre Economic Zones, all of which the industry has since received through budget announcements and state-level policies. What it did not include, and what remains absent from India's data centre governance framework today, is a single binding environmental performance requirement. A joint study by CEEW and SYSTEMIQ published in February 2026 found that water risk in India's data centre sector is being systematically underestimated, with many stakeholders continuing to treat it as manageable despite documented structural stress. Most large Indian data centre operators are privately held, placing them outside SEBI's Business Responsibility and Sustainability Reporting framework that mandates ESG disclosures for listed companies. "The Draft Data Centre Policy 2020, while articulating noteworthy objectives and incentives, lacked enforceable legal mandates," noted BW Legal World. Six years later, that assessment remains accurate. What the industry is doing, and not doing Schneider Electric, one of the world's largest suppliers of cooling and energy management systems for data centres, ranked first in Sustainability Magazine's Top 250 Most Sustainable Companies report for 2025. The company has committed to saving or avoiding 1,500 terawatt-hours of customer energy use between 2026 and 2030. On the critical question of AI data centre water consumption, Tuan Hoang, Head of Cooling Technology and Product Development at Schneider Electric, stated at a press event reported by Sustainability Magazine in May 2026 that closed-loop liquid cooling can reduce AI data centre water consumption by approximately half, and that water consumption for data centres is ultimately "a choice, a geographical choice dependent on power, land and what is required." Through its acquisition of Motivair, Schneider now offers what it describes as the industry's first end-to-end liquid cooling portfolio built specifically for AI data centre workloads. The technology, in other words, exists. Schneider Electric is supplying cooling infrastructure to some of the fastest-growing data centre markets in India, where no binding Water Use Effectiveness standard currently exists. The company did not provide a spokesperson for this story. What Schneider has publicly advocated for in global markets, mandatory WUE benchmarks, closed-loop systems, and water-neutral design, it has not advocated for publicly in India. That gap, in a country building gigawatts of data centre capacity with no WUE requirement, is worth noting. Also read: US 'violates MoU', launches fresh strikes on Iranian targets after attacks on vessels in Hormuz Yotta Data Services, one of India's largest data centre operators, reported revenues of ₹901 crore in FY2025 with a 94 per cent revenue CAGR. The company has made some of the more forward-looking public statements in the sector, claiming to deliver 100 percent green power to customers, committing to run fully on renewables through solar, wind, onsite hydrogen co-generation and fuel cells, and stating that "the industry's real direction is water-neutral data centres, air-cooled plus liquid-cooled plus closed-loop systems, not water-cooled towers," as reported by Down to Earth. Yotta's CEO Sunil Gupta has also publicly noted that global social media and internet platforms have historically avoided hosting in India despite 30 to 40 per cent of their global users being Indian, a data sovereignty gap the Union Budget 2026-27 tax holiday for foreign cloud operators is now beginning to address. What Yotta has not done is publish independently verified water or energy consumption data. As a private company, it falls outside SEBI's mandatory BRSR disclosure framework. Unlike Nxtra by Airtel, it has not released a public sustainability report with specific consumption figures. The CEEW-SYSTEMIQ study found this to be a sector-wide problem; most large private operators in India have no binding obligation to disclose resource use, making it impossible to distinguish genuine sustainability commitments from unverified claims. Down to Earth's investigation into India's data centre water transparency, published in November 2025, found that companies in this sector routinely claim recycled water usage without disclosing how much clean water they continue to withdraw alongside it. Yotta's public commitments are among the more ambitious in the Indian market. Without verified figures, they cannot be independently assessed. How the market is moving, and what needs to change Not every signal points in the wrong direction. "The way data centre locations are being evaluated has changed significantly over the last two to three years," said Gautam Saraf, Executive Managing Director, Mumbai and New Business at Cushman & Wakefield, which advises hyperscalers, operators, and investors on data centre strategy across India. "Earlier, the focus was primarily on demand concentration, latency requirements, fibre connectivity and land availability. Today, location selection is increasingly a resource availability decision." Saraf told WION that water availability is gaining weight in site selection decisions, with growing emphasis on treated water and recycling, and that operators are increasingly evaluating Tier II cities and planned industrial parks where grid connectivity can be secured six to twelve months faster than in congested metros. Nxtra by Airtel has put numbers behind its commitments. According to its FY2024-25 Sustainability Report, the company contracted 482,800 MWh of renewable energy, three times its 2021 baseline, improved average Power Use Effectiveness by 10 per cent since FY2021, and recycled 15,329 kilolitres of water through advanced sewage treatment systems. It also became the first Indian data centre operator to deploy hydrogen-ready fuel cell technology through a partnership with Bloom Energy. On cooling strategy, Nxtra has stated: "There is also an impact on sustainability if all data centres start consuming too much water to facilitate only liquid-based cooling infrastructure. Hence a more mature approach would be to adopt a mix of cooling strategies based on the type of IT architecture required," as reported by Capacity Global. Speaking during Airtel's Q4 FY2026 earnings webinar on May 14, 2026, Gopal Vittal, Executive Vice Chairman of Bharti Airtel, said: "Our data centers are being built with the latest technologies in terms of cooling capabilities, power efficiency and also a standard toolkit on the build out, which is really world class." What needs to happen Three interventions would materially change the trajectory of this sector without impeding India's legitimate infrastructure ambitions. First, a formally notified national data centre policy with binding WUE and PUE benchmarks, not a draft that has been in circulation for six years. Second, mandatory water and energy disclosure for all operators above a defined capacity threshold, regardless of listing status, closing the exemption that currently covers most of the sector. Third, Data Centre Economic Zones with environmental standards built into site approvals at the planning stage, not layered on after construction begins. CEEW articulated the governing logic in January 2026: "Integrating data centres into energy, water, and land-use planning can help turn sectoral growth into a sustainable digital asset rather than a systemic risk." India holds real leverage in this negotiation. Microsoft, Google, and the Adani Group have committed hundreds of billions of dollars to build infrastructure on Indian soil. They need India's market, its data localisation requirements, and its sovereign cloud opportunity. As Gopal Vittal noted during Airtel's Q4 FY2026 earnings webinar, "A lot of workloads do need a sovereign requirement. We are fully sovereign, the control plane, the data plane, the jurisdiction, all of it is in India." That sovereignty is India's strongest card at the negotiating table. It should use it, not just to attract investment, but to set the terms on which that investment is built, operated, and held to account. The infrastructure is non-negotiable, and so is the damage; thus, India cannot afford to ignore either. READ PART 1: The Big Data Centre Debate: Are They Optional? - Part 1, it establishes why India cannot stop building this infrastructure and who is already depending on it. (Please insert this link here: https://www.wionews.com/technology/the-big-data-centre-debate-are-they-optional-1783153694054) WION sought comments from Schneider Electric India and Yotta Data Services. Neither provided spokesperson responses before publication; if the copy is received, it will be updated.

India's data centre water consumption will more than double to 358 billion litres by 2030. More than half of existing facilities already sit in water-stressed cities. A national policy has been in draft since 2020 with zero environmental requirements. The solutions exist.&nbsp;

Data centres are not optional. So who's responsible for the damage? Part 2

India is now the new hub of data centres. Companies, both local and foreign (mostly American), are falling over each other to invest in large tracts of land to build data centres crucial to new-age computing, particularly in AI and cloud services. But is this enthusiasm a result of popular resistance to data centres in the US, laxer environmental regulations in India compared to the US, and the availability of cheaper electricity? Negative stories about the environmental impacts of AI data centres have been trickling in from the US for the past few years. The data centres, including availability zones and hyperscalers are fuel guzzlers, noise and air polluters, and affect the quality of water for neighbouring communities, among other concerns. Here is a roundup of the data centre boom in India, contrasted with criticism of these necessary evils of modern technology in the US.<h2>India data centre market boom</h2>India is witnessing a major shift is towards AI-optimised, hyperscale, multi-gigawatt data centre campuses in various cities. This is happening in spite of infrastructure constraints and burdens on the power grid. AI adoption, cloud computing growth, data localisation requirements, and government programmes such as Digital India are driving the data centre boom in India. The current operational capacity is around 1.4 gigawatts. There are 132 existing facilities and 81 upcoming across around 25 locations.Mumbai, Chennai, Hyderabad, Pune, Bengaluru and Delhi-NCR are the key data centre hubs, with Visakhapatnam and Jamnagar likely to emerge in the near future.Also read: <a href="https://www.wionews.com/business-economy/india-budget-2026-tax-holiday-for-foreign-data-centre-operators-safe-harbour-margin-for-it-services-to-boost-sector-1769936262227">India Budget 2026: Tax holiday for foreign data centre operators; safe harbour margin for IT services to boost sector</a><h2>Investment in data centres in India is nearing 200 billion US dollars</h2>Adani Group’s AdaniConneX joint venture with EdgeConneX, has made a 100 billion US dollar commitment by 2035. The company is building a 15 billion US dollar AI hub in Visakhapatnam, while 6 billion US dollars will be spent on a hyperscale MoU with Maharashtra.Reliance Industries (mainly via its Jio arm), through a Digital Connexion joint venture with Brookfield and Digital Realty, has pledged nearly 110 billion US dollars for data centres, including one in Jamnagar that is aimed to be the world’s largest by capacity when completed.&nbsp;It is also planning an 11 billion US dollar AI data centre in Andhra Pradesh’s Visakhapatnam region.Also read: <a href="https://www.wionews.com/photos/-behind-the-ai-boom-data-centers-consume-20-lakh-litres-of-water-daily-1769683587156">‘Behind the AI boom’: Data centers consume 20 lakh litres of water daily</a> Global companies include Google parent Alphabet, with a commitment of 15 billion US dollars in data centre investment between 2026 and 2030. This includes the first AI-focused facility in India, a gigawatt-scale hub in Visakhapatnam in a joint venture with AdaniConneX and Airtel.Microsoft is making its largest Asia data centre investment in India, at around 17.5 billion US dollars by 2029. It is planning an “India South Central” hyperscale data centre region in Hyderabad, which would be the largest of its kind in India.Amazon Web Services (AWS) is another player. Data centres are part of Amazon’s 35 billion US dollar India commitment by 2030. Amazon added its third availability zone in the Mumbai region in 2025. It is also building more hyperscale data centres across India.Other foreign and local players in India's data centre boom include Meta, Tata Group, Nxtra by Airtel, CtrlS Datacenters, Yotta Infrastructure, NTT Global, ST Telemedia Global Data Centres, Equinix and Sify Technologies.<a href="https://www.wionews.com/videos/big-tech-turns-its-focus-to-india-cloud-giants-expand-india-data-centers-1771582485031/embed">https://www.wionews.com/videos/big-tech-turns-its-focus-to-india-cloud-giants-expand-india-data-centers-1771582485031/embed</a><h2>Data centres are controversial in the US</h2>Contrast this with reports on data centres affecting health and the environment in the US.A number of studies highlight growing environmental and public health concerns linked to the rapid expansion of data centres during the AI boom. The issues include air pollution, noise, massive water consumption leading to water stress, energy strain, ecosystem disruption and broader community impacts.A report by Community &amp; Environmental Defense Services (CEDS) found that emissions from backup diesel generators of data centres contribute to breathing problems, lung disease and premature deaths. CEDS called on states to require health impact assessments before approving data centre projects. Many states, including Ohio, lack such requirements.In Northern Virginia’s “Data Center Alley”, research from Virginia Commonwealth University found that diesel generator emissions, including carbon monoxide and nitrogen oxides, rival or exceed those of nearby power plants. Pollution rose sharply from 2015 to 2023.In Minnesota, reports said that proposed data centre facilities could consume water and energy equivalent to millions of residents while generating constant noise and light pollution.&nbsp;National analysis from the World Resources Institute linked data centres to strains on water supplies and power grids.Authorities in Virginia and New Mexico have responded with restrictions, tax incentive debates and proposed moratoriums amid rising community opposition to these massive data centres.<h2>The ground reality in Georgia, the fastest-growing data centre region in the US</h2>These are echoes of one of the most viral recent stories on data centres. The nonprofit newsroom More Perfect Union, which covers working-class issues and corporate accountability, published a video in March 2025 titled I Live 400 Yards From Mark Zuckerberg’s Massive Data Center. &nbsp;The video documented the economic and environmental impacts of a data centre on the community in rural Georgia, the fastest-growing US state for data centres during the ongoing AI boom.Residents living near Meta’s roughly 2 million square foot facility in Mansfield-Newton County and Blackstone-owned QTS campuses in Fayette County reported various issues, including polluted water filling their pipes.The report cited a couple, Beverly and Jeff Morris, who live about 400 yards from Meta’s data centre site and described severe quality-of-life impacts.Issues include 24/7 noise from data centre operations, intense light pollution that makes nights feel like daytime, and environmental damage from construction.Hundreds of trees, and possibly entire forests, were felled to clear the land for building the data centres.Groundwater and wells were allegedly contaminated by heavy dust and sediment.Some residents reported dry taps, discoloured or tainted water, and sediment clogging their pipes. They also expressed concerns about air quality deteriorating because of construction dust.The report also highlighted rising electricity demand from data centres.In the US, such demand is projected to double or triple nationally. Residential bills have already gone up in Georgia as power rates were hiked by 24 per cent in 2025.Companies receive tax breaks while costs shift to residents, the report said, and it criticised limited corporate accountability.<h2>Has India taken into account environment damage, pollution and electricity burden caused by data centre boom?&nbsp;</h2>In India, such scrutiny is absent on data centre growth, at least for now.&nbsp;There has not been much reporting on whether they have caused any environmental damage or pollution or adversely affected local communities.&nbsp;In the absence of such objective analysis or criticism, data centre activity is likely to increase in India. One has to wait to see the long-term impacts of data centre expansion.

The data centre boom in India is accelerating with billions of dollars in AI and cloud investments. Contrast this with US reports warning of pollution, water stress, rising power demand and community impact caused by fuel-guzzling data centres. Are companies investing in a regulatory vacuum?

India is now the new hub of data centres. Companies, both local and foreign (mostly American), are falling over each other to invest in large tracts of land to build data centres crucial to new-age computing, particularly in AI and cloud services. But is this enthusiasm a result of popular resistance to data centres in the US, laxer environmental regulations in India compared to the US, and the availability of cheaper electricity? Negative stories about the environmental impacts of AI data centres have been trickling in from the US for the past few years. The data centres, including availability zones and hyperscalers are fuel guzzlers, noise and air polluters, and affect the quality of water for neighbouring communities, among other concerns. Here is a roundup of the data centre boom in India, contrasted with criticism of these necessary evils of modern technology in the US. India data centre market boom India is witnessing a major shift is towards AI-optimised, hyperscale, multi-gigawatt data centre campuses in various cities. This is happening in spite of infrastructure constraints and burdens on the power grid. AI adoption, cloud computing growth, data localisation requirements, and government programmes such as Digital India are driving the data centre boom in India. The current operational capacity is around 1.4 gigawatts. There are 132 existing facilities and 81 upcoming across around 25 locations. Mumbai, Chennai, Hyderabad, Pune, Bengaluru and Delhi-NCR are the key data centre hubs, with Visakhapatnam and Jamnagar likely to emerge in the near future. Also read: India Budget 2026: Tax holiday for foreign data centre operators; safe harbour margin for IT services to boost sector Investment in data centres in India is nearing 200 billion US dollars Adani Group’s AdaniConneX joint venture with EdgeConneX, has made a 100 billion US dollar commitment by 2035. The company is building a 15 billion US dollar AI hub in Visakhapatnam, while 6 billion US dollars will be spent on a hyperscale MoU with Maharashtra. Reliance Industries (mainly via its Jio arm), through a Digital Connexion joint venture with Brookfield and Digital Realty, has pledged nearly 110 billion US dollars for data centres, including one in Jamnagar that is aimed to be the world’s largest by capacity when completed. It is also planning an 11 billion US dollar AI data centre in Andhra Pradesh’s Visakhapatnam region. Also read: ‘Behind the AI boom’: Data centers consume 20 lakh litres of water daily Global companies include Google parent Alphabet, with a commitment of 15 billion US dollars in data centre investment between 2026 and 2030. This includes the first AI-focused facility in India, a gigawatt-scale hub in Visakhapatnam in a joint venture with AdaniConneX and Airtel. Microsoft is making its largest Asia data centre investment in India, at around 17.5 billion US dollars by 2029. It is planning an “India South Central” hyperscale data centre region in Hyderabad, which would be the largest of its kind in India. Amazon Web Services (AWS) is another player. Data centres are part of Amazon’s 35 billion US dollar India commitment by 2030. Amazon added its third availability zone in the Mumbai region in 2025. It is also building more hyperscale data centres across India. Other foreign and local players in India's data centre boom include Meta, Tata Group, Nxtra by Airtel, CtrlS Datacenters, Yotta Infrastructure, NTT Global, ST Telemedia Global Data Centres, Equinix and Sify Technologies. https://www.wionews.com/videos/big-tech-turns-its-focus-to-india-cloud-giants-expand-india-data-centers-1771582485031/embed Data centres are controversial in the US Contrast this with reports on data centres affecting health and the environment in the US. A number of studies highlight growing environmental and public health concerns linked to the rapid expansion of data centres during the AI boom. The issues include air pollution, noise, massive water consumption leading to water stress, energy strain, ecosystem disruption and broader community impacts. A report by Community & Environmental Defense Services (CEDS) found that emissions from backup diesel generators of data centres contribute to breathing problems, lung disease and premature deaths. CEDS called on states to require health impact assessments before approving data centre projects. Many states, including Ohio, lack such requirements. In Northern Virginia’s “Data Center Alley”, research from Virginia Commonwealth University found that diesel generator emissions, including carbon monoxide and nitrogen oxides, rival or exceed those of nearby power plants. Pollution rose sharply from 2015 to 2023. In Minnesota, reports said that proposed data centre facilities could consume water and energy equivalent to millions of residents while generating constant noise and light pollution. National analysis from the World Resources Institute linked data centres to strains on water supplies and power grids. Authorities in Virginia and New Mexico have responded with restrictions, tax incentive debates and proposed moratoriums amid rising community opposition to these massive data centres. The ground reality in Georgia, the fastest-growing data centre region in the US These are echoes of one of the most viral recent stories on data centres. The nonprofit newsroom More Perfect Union, which covers working-class issues and corporate accountability, published a video in March 2025 titled I Live 400 Yards From Mark Zuckerberg’s Massive Data Center. The video documented the economic and environmental impacts of a data centre on the community in rural Georgia, the fastest-growing US state for data centres during the ongoing AI boom. Residents living near Meta’s roughly 2 million square foot facility in Mansfield-Newton County and Blackstone-owned QTS campuses in Fayette County reported various issues, including polluted water filling their pipes. The report cited a couple, Beverly and Jeff Morris, who live about 400 yards from Meta’s data centre site and described severe quality-of-life impacts. Issues include 24/7 noise from data centre operations, intense light pollution that makes nights feel like daytime, and environmental damage from construction. Hundreds of trees, and possibly entire forests, were felled to clear the land for building the data centres. Groundwater and wells were allegedly contaminated by heavy dust and sediment. Some residents reported dry taps, discoloured or tainted water, and sediment clogging their pipes. They also expressed concerns about air quality deteriorating because of construction dust. The report also highlighted rising electricity demand from data centres. In the US, such demand is projected to double or triple nationally. Residential bills have already gone up in Georgia as power rates were hiked by 24 per cent in 2025. Companies receive tax breaks while costs shift to residents, the report said, and it criticised limited corporate accountability. Has India taken into account environment damage, pollution and electricity burden caused by data centre boom? In India, such scrutiny is absent on data centre growth, at least for now. There has not been much reporting on whether they have caused any environmental damage or pollution or adversely affected local communities. In the absence of such objective analysis or criticism, data centre activity is likely to increase in India. One has to wait to see the long-term impacts of data centre expansion.

The data centre boom in India is accelerating with billions of dollars in AI and cloud investments. Contrast this with US reports warning of pollution, water stress, rising power demand and community impact caused by fuel-guzzling data centres. Are companies investing in a regulatory vacuum?

India's data centre boom comes amid environmental questions in the US. What does it mean?

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Data centres are not optional. So who's responsible for the damage? Part 2

Data centres boom in India as environmental questions rise in US