Zuckerberg and Ambani’s Billion-Dollar Blueprint: Inside India’s First Desalinated Seawater AI Super-Center

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Mark Zuckerberg announces a 168 MW foundational facility cooled entirely by desalinated seawater and powered by a massive 900 MW clean energy pipeline.

The global race to secure localized computing power for the artificial intelligence era has reached a massive milestone in India. In a joint international press release published on Wednesday, June 10, 2026, Meta CEO Mark Zuckerberg announced the official launch of the company’s first core infrastructure project on subcontinental soil: the Meta India AI data centre Jamnagar facility. Developed through a deep strategic partnership with Mukesh Ambani’s Reliance Industries, the project marks a significant step forward for the domestic digital economy.

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The upcoming hyperscale facility will debut with an initial critical IT capacity of 168 megawatts (MW), featuring built-in expansion space to scale up as Meta’s computing needs grow. Under the terms of the agreement, Reliance Industries will act as the single-window solutions provider for the project, managing everything from initial design and construction to long-term utility logistics.

Meta will utilize this localized infrastructure to power the advanced generative AI models driving Facebook, Instagram, and WhatsApp, while laying the groundwork for what Zuckerberg describes as a personalized “superintelligence” network tailored specifically for Indian consumers.

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The Infrastructure Blueprint: Why Jamnagar Wins the AI Race

The choice of Jamnagar, Gujarat, as the home for Meta’s premier international AI hub is a calculated logistical move. AI workloads require specialized graphics processing units (GPUs) that consume immense amounts of electricity and generate substantial heat, making access to reliable power and advanced cooling systems essential.

Jamnagar addresses these technical challenges by offering world-class industrial project delivery, exceptional utility access, and direct proximity to India’s western submarine cable landing stations. This geographic placement ensures ultra-low latency data transfers, connecting subcontinental AI traffic seamlessly to global subsea networks.

Solving the AI Eco-Dilemma: Desalination and Green Power

A primary hurdle facing hyperscale data centers globally is their massive environmental footprint, particularly their heavy consumption of local freshwater and grid electricity. Meta and Reliance are tackling these ecological concerns directly by building sustainability into the foundation of the Jamnagar facility.

Industrial Sustainability Component Dedicated Engineering Solution Associated Scale & Capacity Core Environmental Protection Benefit
Thermal Cooling Loop Closed-loop desalinated seawater heat exchangers. Full operational load coverage Saves local freshwater pools; protects regional agricultural water grids.
Primary Power Intake Pure-play wind and solar corporate power purchase agreements. 900+ Megawatt (MW) allocation Bypasses local coal-fired utilities to achieve a 100% clean grid footprint.
CleanMax Energy Supply Multi-asset green farms across Rajasthan and Karnataka. 837 MW dedicated capacity Drives private sector investment into regional clean energy grids.
Fourth Partner Supply Distributed solar installations in TN, MH, and UP. 88 MW dedicated capacity Diversifies generation risks across multiple distinct weather zones.

By utilizing desalinated seawater processed through Reliance’s coastal industrial complexes, the facility completely avoids drawing from local municipal drinking water pools.

Furthermore, Meta has secured a massive 900 MW clean energy pipeline to run the center. This includes 837 MW of fresh solar and wind assets developed by CleanMax, alongside 88 MW of targeted clean energy from Fourth Partner Energy. Meta will bear the full infrastructure costs of these systems, setting a new global benchmark for sustainable technology development.

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Deepening a Tech Alliance Years in the Making

The launch of the Meta India AI data centre Jamnagar project is the latest chapter in a deep corporate alliance that began in 2020, when Meta injected $5.7 billion into Jio Platforms. That initial partnership has now evolved from standard telecom services into a shared quest for artificial intelligence leadership.

This infrastructure push is further supported by Meta’s ongoing rollout of Project Waterworth, an extensive subsea cable system designed to drastically improve internet speeds and data reliability across the region.

By pairing this international connectivity network with free access to its open-source Llama AI models for Indian developers, Meta is cementing its place at the center of India’s technology ecosystem. Working alongside Reliance’s unmatched local execution capabilities, this partnership ensures the country’s AI transition will be built on self-reliant, sustainable infrastructure designed to scale smoothly through the end of the decade.

FAQ Section

What is the initial capacity of the Meta India AI data centre Jamnagar?

The facility will launch with an initial critical IT capacity of 168 megawatts (MW). The architectural layout includes modular expansion zones, allowing Meta and Reliance to quickly scale up computing power as localized AI demands grow.

How are Meta and Reliance addressing the high water demands of the data center?

To protect local freshwater resources, the Jamnagar facility utilizes an advanced closed-loop cooling system run entirely on desalinated seawater. Reliance will process the water through its coastal infrastructure, ensuring the data center operates without impacting regional drinking water grids.

How is the clean energy footprint for this AI hub structured?

Meta has secured over 900 MW of dedicated green energy capacity to power the center. The clean energy mix features 837 MW of fresh solar and wind projects built by CleanMax across Rajasthan and Karnataka, paired with 88 MW of regional solar arrays managed by Fourth Partner Energy.

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