la sala de prensa

Medios de comunicación externos

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.

Medios de comunicación externos

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.

Medios de comunicación externos

July 29, 2025

Water Scarcity is the First Signal of a Warming Planet | Fast Company

Water scarcity isn’t just a resource issue - it’s the first signal of a planet in crisis. In their latest piece for Fast Company, Anurag and Prakash make the case that water scarcity is the most immediate, visible, and actionable indicator of climate change. We already have the technologies. What’s needed now is speed, alignment, and leadership.

Medios de comunicación externos

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.

Medios de comunicación externos

June 25, 2025

Gradiant Spinout to Build Oilfield Water to Lithium Plant in Pennsylvania | Chemical Week

Gradiant spinout alkaLi is scaling lithium recovery with a breakthrough DLE technology at Marcellus Shale. The facility extracts lithium from produced water, achieving a 97% conversion rate. With an investment of $20M and a battery-grade offtake deal, alkaLi sets its sights on producing 1 million tons of lithium annually by 2040.

Medios de comunicación externos

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.

Comunicado de prensa

13 de mayo de 2025

Gradiant lidera las soluciones de agua sostenible para los centros de datos que impulsan la IA

Gradiant está desplegando soluciones de agua sostenibles para nuevos centros de datos impulsados por IA en Estados Unidos y el Indo-Pacífico. A medida que aumentan las instalaciones en regiones con escasez de agua, las tecnologías de Gradiant permiten la reutilización del agua, la optimización impulsada por IA y la eficiencia química, ayudando a los gigantes tecnológicos a cumplir ambiciosos objetivos de sostenibilidad al tiempo que protegen los recursos locales. Gradiant es el socio de agua de referencia para la infraestructura digital del mundo para una tranquilidad total en todo el sitio.

Noticias

9 de abril de 2025

Por qué llevamos el agua a SXSW: Una conversación global sobre clima y sostenibilidad

El mundo convergió en el SXSW 2025 de Austin (Texas), un escenario mundial donde colisionan la tecnología, la cultura, la innovación y las ideas. Entre música y medios de comunicación, las sesiones de este año sobre cambio climático y sostenibilidad ofrecieron algo más profundo: una plataforma para reimaginar el futuro de nuestro planeta. Y en el centro de ese futuro está el agua. Prakash comparte sus ideas sobre cómo podemos, juntos, elevar el nivel del agua.