presse et médias

Actualités et analyses

December 17, 2025

Gradiant Delivers Ultrapure Water Facility in Italy for a Leading Semiconductor Manufacturer, Strengthening Position in Europe’s High-Tech Industry

Gradiant completed the design and construction of a new ultrapure water (UPW) system for a leading semiconductor facility in Novara, Italy, marking its second semiconductor UPW delivery in Italy in 2025. Gradiant’s Italian-speaking engineering and project team, with deep experience in semiconductor applications and local environmental regulations, played a key role in securing and delivering the project on schedule and on budget.

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

November 1, 2025

PFAS Capture-and-Destruction Technology Commissioned in Germany | Chemical Engineering

Gradiant has commissioned its ForeverGone system at Munich International Airport in Germany. The unit delivers >99.9% destruction efficiency of PFAS via microbubble separation and electro-oxidation, while reducing system size and costs. With onboard SmartOps AI for optimized productivity and energy use, it addresses legacy contamination from AFFF with advanced precision.

Médias externes

October 27, 2025

PFAS Destruction and the Future of Sustainable Water Treatment | H2O Global News

Anurag spoke with H2O Global News about Gradiant’s breakthroughs in PFAS destruction and the global shift toward sustainable water treatment. He highlighted ForeverGone, which removes and destroys PFAS on-site for complete elimination. With successes like Munich Airport, he outlined how scalable, on-site solutions are redefining the future of sustainable water treatment.

Communiqués de presse

October 16, 2025

Gradiant Secures $50 Million Credit Facility from HSBC, Exceeding $100 Million in Total Financing Capacity

Gradiant has secured a $50 million corporate credit facility from HSBC, raising its total financing capacity beyond $100 million. The facility strengthens Gradiant’s growing capital maturity, supporting its U.S. operations and global expansion of sustainable water solutions for industries like semiconductors, pharmaceuticals, and renewable energy. Anurag highlights the partnership as validation of Gradiant’s financial and technology leadership.

Communiqués de presse

September 29, 2025

Gradiant’s ForeverGone Sets New Standard for PFAS Destruction with Breakthrough Cost and Performance

ForeverGone is the first fully integrated platform that destroys PFAS compounds on site, pairing micro-foam fractionation with advanced electrooxidation to achieve 99–99.9% removal. ForeverGone sets a new benchmark for PFAS destruction at unmatched affordability. With the Munich International Airport deployment, the ForeverGone platform establishes a foundation for long-term leadership in emerging contaminants.

Médias externes

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.

Médias externes

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.