the newsROOM

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.

External Media

March 11, 2026

Securing Water for Growth: Industrial Reuse at Scale in Semiconductors and Data Centres | Water & Wastewater Asia

In this feature with Water & Wastewater Asia, Govind discusses how cities must rethink water management as demand rises and climate pressures intensify. He highlights the role of advanced water treatment, water reuse, and smarter infrastructure in securing reliable water supplies, improving efficiency, and building resilient urban systems that support sustainable growth for industries and communities worldwide.

External Media

January 29, 2026

Rethinking Water in the AI Data Center Era | Data Center Frontier

Data Center Frontier spoke to Anurag about how AI-driven data center expansion is turning water into a critical infrastructure challenge. As computing intensity rises, operators must rethink cooling, prioritize water reuse, and align growth with local water realities. Smarter water strategies are becoming essential to sustain digital growth while protecting communities and shared resources.

External Media

January 13, 2026

Water Is the Supply Chain Risk No One Talks About, Until It’s Too Late | Entrepreneur Leadership Network

Water has long been sacred, shaping civilizations and sustaining life. In this thought leadership article, Anurag explains why water must now be treated as strategic infrastructure. As scarcity grows, industries face rising supply chain risk unless they adopt resilient water strategies, circular reuse, and innovation to protect operations, communities, and long-term growth.

External Media

December 4, 2025

AI’s Future Runs on Water | Fast Company

AI’s infrastructure boom demands more than compute. It needs water. Data centers powering today’s AI can use millions of gallons a day for cooling and power supply. At Gradiant, we build feed-water-agnostic treatment and water recycling systems that enable facilities to rely on seawater, wastewater, or treated blowdown instead of freshwater, drastically limiting withdrawals.

External Media

December 1, 2025

A Bold Innovation Mindset to Water | Chemical Week by S&P

Gradiant is transforming industrial water with a bold innovation mindset. Spun out of MIT, the company has grown to more than $500 million in revenue by enabling recycling and reuse of the world’s most challenging waters. Gradiant’s Anurag and Prakash recently discussed the company’s growth and innovation in a meeting with Chemical Week.

External Media

October 15, 2025

Built for Complexity: A New Model for Industrial Water in the Global South | IDRA Global Connections

In this Executive Viewpoint from IDRA Global Connections – Fall 2025, Anurag explores how the Global South can leapfrog outdated water systems through modular, hybrid, and AI-powered infrastructure. He illustrates how decentralized, intelligent water management can transform scarcity into opportunity—driving industrial growth, resilience, and sustainability across emerging economies ready for the next wave of development.

Article on pages 25-29

External Media

September 9, 2025

Reshaping the Semiconductor Water Recovery Landscape: the Future of MLD and ZLD | UltraFacility, GWI

In an interview with UltraFacility, Steven Lam, Head of Technology, shares how Gradiant is advancing semiconductor water recovery through MLD and ZLD. He highlights how Gradiant’s innovations enable fabs to reuse more water and meet sustainability goals, while balancing regulatory requirements and operational efficiency across the semiconductor industry.