External Media
July 7, 2025
What Are the Options for PFAS Destruction in Manufacturing? I Manufacturing Dive
Gradiant CEO Anurag Bajpayee spoke with Manufacturing Dive about ForeverGone, the company’s breakthrough PFAS destruction technology. Combining micro-foam fractionation with electro-oxidation, ForeverGone removes and destroys PFAS onsite—offering manufacturers a powerful new option for compliance and sustainability.
External Media
July 2, 2025
Critical Minerals Are in the U.S., Not in Far-Off Mines | Fast Company
Gradiant is enabling critical mineral recovery from oilfield wastewater—right here in the U.S.—reducing reliance on far-off mines. As demand for lithium and rare earths surges, our technologies support a domestic, resilient supply chain for the clean energy transition, turning overlooked waste streams into strategic resources.
External Media
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.
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.
External Media
May 20, 2025
The Water Company Trying to Get Rid of PFAS | U.S. News & World Report
U.S. News & World Report met with Gradiant at the 2025 Edison Awards, where Steven Lam and Katie Dobbins discussed ForeverGone—a one-of-a-kind PFAS solution that won Gold at this year’s Edison Awards. They address why PFAS are harmful, how ForeverGone integrates micro-foam fractionation and electro-oxidation into a complete solution, and what sets it apart: permanent destruction, not just removal.
External Media
May 13, 2025
Critical Mineral Extraction: A Glorified Water Problem? | Mining Magazine
Gradiant’s VP of Investments, Swami Sekar, reframed lithium production as a “glorified water problem” at the Mining Critical Minerals Forum in Dubai. Gradiant’s alkaLi EC² technology stack is the world’s most efficient, battery-grade lithium and critical mineral production process–guaranteed to deliver at least 95% lithium recovery at customer sites, empowering industries to produce battery-grade lithium carbonate faster, cheaper, and more sustainably than ever.
External Media
April 14, 2025
Breaking the Forever Chemical Cycle Starts with Industry | Fast Company Impact Council
PFAS contamination threatens global health, ecosystems such as crops, soil, and groundwater, and business resilience. Prakash highlights why traditional water treatment isn't enough, as it simply shifts the problem elsewhere. With next-generation technologies like on-site PFAS destruction, industries can lead the charge in sustainability, safeguard communities, and turn compliance into opportunity in the fight against forever chemicals.
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.
For all press inquiries, please contact us here.
Please fill out the form to download the whitepaper
Please fill out the form to download the whitepaper
Please fill out the form to download the whitepaper
Lorem Impsum
Lorem ipsum
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.