the water layer
of the AI economy
Every chip, every data center, and every megawatt of AI capacity depends on water.
Gradiant is the partner that treats it, recovers it, and drives it down to the minimum a site can run on, across the layers of the AI economy that depend on it.
We eliminate
water as a
constraint
Artificial intelligence is the largest industrial build-out in a generation, and every physical layer of it runs on water. Chips cannot be made, data centers cannot be cooled, and power cannot be generated without it. When water is resolved early, the build-out moves faster and runs with more certainty. Gradiant is the company that solves the water layer.
The only water
partner built
for the AI economy
Gradiant designs, builds, and operates the complete water system, from intake to discharge, as one accountable layer. The most comprehensive technology stack, delivered with the industry’s most advanced AI through SmartOps, to drive lower capital and lifecycle costs, higher reliability, and a smaller footprint.
Every drop counts
The discipline that returns water to the world’s most demanding industries now runs the water layer of the AI economy.
Reduce
Cut freshwater withdrawal to the minimum a site can run on, with processes that draw high-quality water from non-potable sources while minimizing energy and chemical use.
Reclaim
Recover valuable resources from industrial wastewater streams and return them to productive, revenue-generating use across operations.
Renew
Engineer wastewater into high-quality freshwater and recycle it within the factory, reducing reliance on external supply.
Operating in the AI economy
Gradiant solves water across the five layers of the AI economy. Each layer runs on the same engineering core: a portfolio of Solutions built from Gradiant’s Technologies. One integrated stack, engineered for the scale and pace the AI economy demands.
chips
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data centers
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applied industries
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Gradiant exists to ensure water for generations to come
Our purpose is to ensure water for generations to come. The build-out of the AI economy is placing unprecedented demand on the world’s water, and the way water is managed will determine how sustainably the era of intelligence is built.
We enable our customers to reduce, reclaim, and renew the water across their operations and supply chains. We measure success in liters of water reduced, reclaimed, and renewed at customer sites across the globe. Our impact every day:
6.5B
liters of fresh water withdrawals reduced
10,500
kilograms of valuable resources reclaimed
8.5B
liters of
wastewater renewed
1,500
megawatt hours of electricity saved
950
metric tons of carbon emissions avoided
Trusted across the AI economy
Chips
data
centers
power
applied
INDUSTRIES
WHAT OUR CUSTOMERS ARE SAYING
“Gradiant is our contractor of choice — competitive, proactive, and exactly what you look for in a supplier. Excellent communication, strong relationships, and never overly contractual.”
Facilities & Utilities Director
Top-5 Global Semiconductor Manufacturer
“Genuinely thoughtful, creative people — very informed and practical with engineering. Open, bold, and fast. A highly differentiated offering for what we're building.”
Global Head of Sustainability
Leading Hyperscale Data Center Operator
“Technical capability first, then references and reputation. Price is a benchmark — and price was never the issue with Gradiant.”
VP, Site Selection & UtilitiesTop-3 Cloud Infrastructure Provider
“The quality of the team is outstanding — very innovative, very informed, and practical with engineering. A highly differentiated offering.”
Managing Director, New Energy
Global Energy Company
“Beyond meeting compliance, we can use the recovered water to cut down on raw-water use.”
Lead, Process Optimization
Archroma
THE NEWSROOM
External Media
June 2, 2026
Water Emerges as a Critical Constraint for AI Data Centers | Data Center Frontier
In this latest conversation with Data Center Frontier, Anurag explores why water is increasingly shaping the future of AI data center growth. He discusses the industry's evolving approach to water management, the importance of reuse and recycling, and how innovative treatment solutions can help balance operational demands with resource constraints.
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External Media
May 28, 2026
17 Startups Rebuilding America in 2026 | Inc. Magazine
Gradiant has been named by Inc. Magazine as one of “17 Startups Rebuilding America in 2026.” The recognition highlights Gradiant’s role in advancing water infrastructure for semiconductors, data centers, pharmaceuticals, batteries, and advanced manufacturing, helping essential industries treat, recycle, and reuse the water they need to grow.
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Press Release
May 18, 2026
Gradiant Announces Series E Financing at $2 Billion Valuation to Accelerate Expansion in AI, Semiconductors, and Industrial Water Infrastructure
Gradiant announced a Series E financing at a $2 billion valuation to accelerate expansion across AI infrastructure, semiconductors, and industrial water infrastructure. Led by Safar Partners and Hostplus, the investment supports strategic acquisitions, R&D, operational scale, and IPO readiness as water emerges as one of the critical constraints to growth, reliability, and sustainability.
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Press Release
May 12, 2026
Gradiant Delivers HyperSolved, Its AI Data Center Solution, to Leading Global Hyperscalers
Gradiant has deployed HyperSolved, its end-to-end cooling water solution, with leading global hyperscalers, eliminating water as a constraint on AI data center growth. By integrating the full water lifecycle into a single platform, HyperSolved enables faster deployment, greater reliability, and scalable infrastructure in water-constrained regions.
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External Media
March 26, 2026
OARO Breaks Through in Brine Concentration | Global Water Intelligence
In this feature by Global Water Intelligence (GWI), Osmotically-Assisted Reverse Osmosis (OARO)’s adoption accelerates as industries pursue higher recovery and efficient ZLD. Gradiant stands far ahead in global OARO installations, demonstrating an unmatched track record in innovation and experience. Its CFRO technology, combined with SmartOps AI, delivers up to 99% recovery, lowering energy use, reducing costs, and improving performance in high-salinity applications.
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