Environmental and social impact of data centre expansion

Still running. 5 entries so far, over 39 days from 26 July 2026.

01
26 July

Resistance to mega data centre projects

Mega data centre projects in Andhra Pradesh (Visakhapatnam/Anakapalli) and Maharashtra (Thane) are facing significant public opposition.
Andhra Pradesh project: 601 acres allotted for a 1GW AI data centre hub by Raiden Infotech (Google) with Adani Infra/AdaniConneX as partners.
Maharashtra project: Amazon hyperscale data centre in Thane, covering 53.73 acres with a project cost of ₹7,203.29 crore.
Primary concerns: Strain on local water and power resources, environmental impact on eco-sensitive zones (Kambalakonda Eco-Forest, Rambilli Wildlife Sanctuary), and potential depletion of drinking water reservoirs (Mudasarlova).
Governance issues: Lack of public consultation, discrepancies in water usage data provided by corporations versus developers, and concerns over 'unplanned development' in residential areas.
Economic critique: Local residents argue that data centres offer limited permanent employment and ancillary industry benefits relative to the land and incentives provided.
Resource constraints: Visakhapatnam faces inadequate water storage capacity; Thane residents report existing water shortages and load shedding, questioning the feasibility of high-demand infrastructure.
Legal recourse: Citizens are seeking intervention from the National Green Tribunal (NGT) to address environmental and planning concerns.

02
9 August

Environmental Cost of AI

AI systems have a significant 'hidden' water footprint; a typical ChatGPT conversation (20-50 exchanges) consumes approximately 0.5 litres of water.
India's data centre capacity is projected to grow from 375MW in 2020 to 13.56 GW by 2031-32.
Global data centre electricity consumption resulted in a water footprint of 4.5 trillion litres in 2025, projected to reach 9.3 trillion litres by 2030.
Several Indian states (Andhra Pradesh, Uttar Pradesh, Gujarat) are actively incentivizing data centre growth through tax reimbursements, stamp duty exemptions, and energy purchase licenses.
Environmental concerns include the clustering of data centres in water-stressed regions, leading to excessive groundwater extraction.
CGWB 2024 assessment indicates India's groundwater extraction stage is 60.47%, with 11.1% of areas classified as 'over-exploited'.
Specific regions like Gautam Buddha Nagar (UP) show groundwater extraction rates of 104.79%, exceeding natural recharge levels.
Experts recommend mandatory disclosure of monthly/peak water usage, water sources (potable vs. reclaimed), and stricter permitting for water-stressed regions.

03
20 August

Water supply for Visakhapatnam data centres

Proposed data centres in Visakhapatnam aim for a total capacity of 6.5 GW.
Water requirements for these data centres are estimated at 3 tmc (thousand million cubic feet) upon full functionality.
Water supply for industrial data centres will be sourced from allocations specifically earmarked for industrial use, ensuring no impact on drinking or irrigation water.
The Polavaram project will facilitate the diversion of Godavari river water to Visakhapatnam via gravity.
Dedicated pipelines will be constructed for data centre water supply to avoid utilizing existing municipal infrastructure.
Technological advancements, such as air-cooling systems, are expected to reduce the water intensity of data centre operations.
Data centres are projected to foster a broader industrial ecosystem, including sectors like power electronics, logistics, warehousing, and maintenance services.

04
23 August

Google data centre in Visakhapatnam

Google has proposed the establishment of a data centre in Visakhapatnam, Andhra Pradesh.
Concerns have been raised regarding the potential impact of the data centre on local water resources.
State government officials have clarified that construction of the project has not yet reached a significant pace.
The Anakapalli district, located 34 km from Visakhapatnam, is being positioned as a hub for industrial investment.
Targeted sectors for industrial growth in the region include steel, pharmaceuticals, and data centres.
The state government views rapid industrialisation as a key driver for long-term regional economic development.

05
2 September

Data centre boom and climate impact

India's data centre capacity increased from 520 MW in 2020 to 1.5 GW in 2026, with a projection of 6.5 GW by 2030.
Electricity demand for data centres is expected to rise from 13 TWh in 2024 to 57 TWh by 2030.
The Ministry of Power estimates AI will add 26.3 GW of power demand by 2031-32.
A 100 MW data centre consumes approximately 2 million litres of water daily.
Total annual water consumption by Indian data centres is projected to reach 358 billion litres by 2030.
Data centres are clustering in water-stressed regions like Rajasthan, Maharashtra, and Telangana.
Transmission constraints led to the curtailment of 300 GW-hours of renewable energy in Q1 2026 due to grid bottlenecks.
A Cambridge study indicates data centres can raise local land surface temperatures by an average of 2°C within a 10 km radius.
Current state policies offer incentives like tax exemptions and fast-track clearances but lack mandatory grid impact or hydrogeological assessments.
Proposed solutions include climate-intelligent power markets, battery storage at renewable pooling stations, and a national sustainability framework.

Questions from this story

Newest first. A story that ran for 39 days is exactly the kind the mains paper asks about as one question.

The rapid expansion of data centres in India presents a significant challenge to resource sustainability. Discuss the implications of this growth on water security and grid stability in the context of climate change. 150 words · 2 September
While data centres are essential infrastructure for India's digital economy, their environmental footprint necessitates a robust regulatory framework. Critically examine the need for a national sustainability policy that integrates renewable energy mandates, water usage disclosures, and thermal load assessments. 250 words · 2 September
Discuss the significance of data centres in the context of India's digital economy and the challenges associated with their resource-intensive nature, particularly regarding water consumption. 150 words · 23 August
Examine the role of industrial clusters in regional development. How can state governments balance the need for rapid industrialisation with the imperative of sustainable resource management in ecologically sensitive areas? 250 words · 23 August
Discuss the challenges and opportunities associated with balancing rapid industrialization, such as the establishment of large-scale data centres, with the sustainable management of water resources in urban centers. 150 words · 20 August
The development of digital infrastructure is critical for India's transition to a digital economy. Analyze the role of state-level industrial policies in attracting global technology investments and the importance of integrating sustainable resource management, particularly water, into such infrastructure planning. 250 words · 20 August
The rapid expansion of data centres in India presents a paradox between digital infrastructure growth and sustainable resource management. Discuss the environmental challenges posed by the water-intensive nature of AI infrastructure. 150 words · 9 August
Examine the need for a robust regulatory framework for data centres in India, focusing on transparency in resource consumption and the integration of sustainable water management practices in state-level industrial policies. 250 words · 9 August
The rapid expansion of digital infrastructure, such as mega data centres, presents a challenge to sustainable urban planning. Discuss the environmental and socio-economic concerns associated with these projects in the context of resource-stressed Indian cities. 150 words · 26 July
Examine the conflict between industrial development and local resource security in the context of large-scale infrastructure projects. How can the principles of participatory governance and environmental impact assessment be strengthened to ensure sustainable development? 250 words · 26 July

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