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External Media

June 23, 2025

Is Water the New Power? | Data Center Dynamics (DCD)

Water is the new power. AI-driven growth is pushing data center water use up to 40 percent higher. Gradiant’s feedwater-agnostic approach, enabled by SmartOps AI, transforms unusable sources into high-quality process water, minimizing reliance on municipal supplies and advancing sustainability in water-stressed regions.

Press Release

May 13, 2025

Gradiant Leads Sustainable Water Solutions for the Data Centers Powering AI

Gradiant is deploying sustainable water solutions for new AI-powered data centers in the U.S. and Indo-Pacific. As facilities rise in water-stressed regions, Gradiant’s technologies enable water reuse, AI-driven optimization, and chemical efficiency—helping tech giants meet ambitious sustainability goals while protecting local resources. Gradiant is the go-to water partner for the world’s digital infrastructure for complete site-wide peace of mind.

News & Insights

April 9, 2025

Why We Brought Water to SXSW: A Global Conversation on Climate and Sustainability

The world converged at SXSW 2025 in Austin, Texas — a global stage where technology, culture, innovation, and ideas collide. Amidst the music and media, this year’s Climate Change and Sustainability sessions offered something deeper: a platform to reimagine our planet’s future. And at the heart of that future is water. Prakash shares his thoughts on how we can, together, Elevate Water.

External Media

March 31, 2025

There's Science at South by Southwest | Chemical & Engineering News (C&EN)

C&EN featured Prakash’s talk at the Climate Change and Sustainability session at SXSW 2025. Prakash shared insights on water stewardship and how AI is going to consume more water than the United Kingdom by 2027, and modern recycling technology can let AI providers and semiconductor makers reuse 99% of their water.

Press Release

March 19, 2025

Gradiant Named to Fast Company’s Most Innovative Companies of 2025

Gradiant has been named to Fast Company’s Most Innovative Companies of 2025, joining the ranks of past honorees including Nvidia, OpenAI, Waymo, and Duolingo. This recognition highlights Gradiant’s role in transforming industrial water and helping the world’s leading brands reduce, reclaim, and renew the water they use. With innovations like ForeverGone for PFAS destruction and alkaLi EC2 for critical mineral recovery, Gradiant continues to push the boundaries of what’s possible in industrial water.

Press Release

March 18, 2025

Archroma and Gradiant Partner to Advance Water Circularity with Innovative ZLD Technology in Thailand

Archroma, a global leader in specialty chemicals, has partnered with Gradiant to implement a Zero Liquid Discharge (ZLD) system at its Mahachai plant in Thailand. This solution enables 90-95% wastewater recovery, reduces environmental impact, and supports sustainable textile dye production. Archroma evaluated various ZLD solutions since 2019, and Gradiant’s Counterflow Reverse Osmosis (CFRO) was selected to treat diverse wastewater compositions with superior efficiency and minimal energy consumption.

External Media

March 13, 2025

As Chips Race Spews ‘Forever Chemicals,’ Startups Emerge to Destroy Them | Bloomberg

PFAS are in everything from semiconductors to raincoats. As regulations on the substances increase, new ways of cleaning them up are on the rise. “It’s crucial that regulators understand the public health benefits of technologies that completely destroy the chemicals over ones that can’t,” said Steven Lam, Head of Technology.

Press Release

March 11, 2025

Gradiant Wins Second Semiconductor Water Treatment Project in Dresden as H+E Fully Integrates under One Brand

Gradiant announced a major ultrapure water (UPW) contract for a semiconductor manufacturer in Dresden, Germany, and its second project in the city. In parallel, Gradiant completes the full integration with H+E, combining its century-long legacy with Gradiant’s technology portfolio to strengthen Gradiant’s global footprint in semiconductor water treatment, PFAS removal, lithium recovery, and green hydrogen production.