the newsROOM

Press Release

October 30, 2024

TIME’s Best Inventions of 2024: Gradiant’s ForeverGone for PFAS Removal and Destruction

Gradiant today announced its ForeverGone technology has been named one of TIME’s Best Inventions of 2024. Each year, TIME recognizes 200 groundbreaking innovations that are changing lives worldwide. Award winners are sourced from nominations by TIME’s editors and correspondents from around the world, as well as an application process, and are chosen for their originality, efficacy, ambition, and impact. Gradiant’s ForeverGone is recognized as the industry’s only all-in-one solution to permanently eliminate PFAS “forever chemicals” in municipal and industrial water.

External Media

October 21, 2024

This Industrial Spinoff is Pulling Lithium from Brine to Meet Growing Battery Demand | Forbes

Forbes’ Amy Feldman met with Prakash Govindan to discuss the launch of alkaLi to accelerate the scaling of battery-grade lithium production. The world needs lithium to power its electrical future, but getting it is a costly and dirty business. Wastewater unicorn Gradiant thinks there might be a better way, and just launched a new company to prove it. Kieran Meadows from Forbes brings this to life in a video format.

External Media

October 15, 2024

Destination Southeast Asia – Investment Trends and Founder Interviews | EDBI Singapore

Govind Alagappan, President, meets with EDBI, a Singapore-based investor in high growth technology sectors. Govind explains the importance of Southeast Asia and our key learnings in the region. Note: Article is published on page 37

External Media

October 15, 2024

Gradiant’s Anurag Bajpayee featured on “First Move” with Julia Chatterley | CNN

“Industrial water recycling firm Gradiant goes for growth.” In the latest episode of First Move, CNN's Julia Chatterley discusses with Anurag Bajpayee how Gradiant's end-to-end solutions are helping the world’s essential industries. We share on the importance and scalability of alkaLi’s EC2 lithium production process. Check out this 8-minute video segment with Julia and Anurag.

Press Release

October 8, 2024

ForeverGone is Proven to Remove and Completely Destroy PFAS in Industrial and Municipal Applications

Gradiant's ForeverGone solution has been proven to remove and destroy PFAS from industrial, municipal, and landfill waters, meeting US EPA, European, and Australian standards. With rapid, on-site deployment, it eliminates waste handling, offering a unique advantage over traditional methods. Proven through third-party testing and Gradiant Labs capable to detect PFAS to one part per trillion levels, ForeverGone is now available with a free testing program for interested customers.

News & Insights

October 1, 2024

Gradiant Honoured as a Winner of the NextGen Tech 30 Award

The award is ASEAN’s first public-private initiative to recognize and support the region’s top growth-stage companies transforming the economy.

Press Release

September 24, 2024

Gradiant Announces ProtiumSource, the World's Most Complete Electrolyzer-Ready Water Solution, Tailored to the Needs of Green Hydrogen Producers

ProtiumSource is feedwater-agnostic, generates zero discharge, and operates with renewable energy at industry-leading efficiency to produce green hydrogen.

News & Insights

September 12, 2024

Gradiant Secures Grant from Singapore’s National Water Agency to Design, Build, and Operate a Low-Energy Desalination Process Facility

Gradiant has been awarded a $6 million USD grant from PUB, Singapore’s National Water Agency. The grant will be utilized to design, build, and operate a demonstration-scale low-energy desalination process facility. While substantial research has been directed to improve energy consumption at the individual unit process level, there is a gap in integrating the technologies and optimizing them at system-level. Gradiant’s SmartOps AI technology will be featured to achieve system-level improvements to energy consumption, targeting to achieve a consumption level below 2 kWh/m³, a significant reduction from the current 3.5 kWh/m³ benchmark.