presse et médias

Médias externes

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.

Médias externes

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.

Médias externes

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.

Médias externes

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In this Executive Viewpoint from IDRA Global Connections – Fall 2025, Anurag explores how the Global South can leapfrog outdated water systems through modular, hybrid, and AI-powered infrastructure.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

Médias externes

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.

Médias externes

August 5, 2025

Semiconductor Industry Faces Water, Sustainability Challenges | Manufacturing Dive

In this article by Manufacturing Dive, featuring insights from Prakash, TSMC, and Arizona State University, we explore the future of semiconductors — where ultrapure water meets water recycling and zero liquid discharge. From scarcity to sustainability — Gradiant is making every drop count in semiconductors.

Médias externes

July 14, 2025

Securing Critical Water Resources in the Digital Age | Water Magazine

Prakash Govindan met with Phil Alsop of Water Magazine discusses the water challenges and complexities in data centres and semiconductor fabs, highlighting projects in the US, Indo-Pacific, and Europe, and how Gradiant’s innovations, powered with AI, are enabling sustainable and efficient water management in the world’s most stressed regions.

Communiqués de presse

13 mai 2025

Gradiant propose des solutions durables en matière d'eau pour les centres de données qui alimentent l'IA

Gradiant déploie des solutions durables en matière d'eau pour les nouveaux centres de données alimentés par l'IA aux États-Unis et dans la région Indo-Pacifique. Les technologies de Gradiant permettent la réutilisation de l'eau, l'optimisation par l'IA et l'efficacité chimique, aidant ainsi les géants de la technologie à atteindre des objectifs ambitieux en matière de développement durable tout en protégeant les ressources locales. Gradiant est le partenaire de choix en matière d'eau pour l'infrastructure numérique mondiale, pour une tranquillité d'esprit totale à l'échelle du site.