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374Water Inc (NASDAQ:SCWO, FRA:8LL) announced that its mobile AirSCWO system has been deployed for its first commercial project, marking the start of on-site operations under the company's waste destruction services platform. The unit left the company's manufacturing and testing facility in Orlando, Florida on May 7 and arrived in St.

First Deployment of Mobile System Validates New Revenue Channel for Company's Waste Destruction Services Platform MORRISVILLE, NC / ACCESS Newswire / May 12, 2026 / 374Water Inc. (NASDAQ:SCWO) ("374Water" or the "Company"), a leading cleantech and environmental services company deploying supercritical water oxidation technology for the permanent destruction of organic waste through its proprietary AirSCWO™, today announced that its mobile AirSCWO system departed the Company's Orlando, Florida manufacturing and testing facility on May 7, 2026, en route to St. Cloud, Minnesota, and arrived May 11, 2026 for its first deployment. The deployment represents a significant commercial milestone for 374Water, marking the inaugural revenue-generating operation of the mobile AirSCWO system and providing the Company with its first real-world assessment of market demand for additional mobile units.

374Water Inc (NASDAQ:SCWO, FRA:8LL) has released US government-backed test results demonstrating the performance of its AirSCWO technology in destroying PFAS, a group of persistent environmental contaminants. The results stem from the company's participation in a project led by the Defense Innovation Unit (DIU) and the Environmental Security Technology Certification Program (ESTCP), with independent evaluation and presentation by Arcadis.

Third-Party Test Results Presented by ARCADIS Confirm Greater Than 99.9% Destruction and Removal Efficiency for Concentrated PFAS Wastes MORRISVILLE, NC / ACCESS Newswire / April 30, 2026 / 374Water Inc. (NASDAQ:SCWO) ("374Water" or the "Company"), a leading cleantech and environmental services company, today announced the public release of U.S. government PFAS destruction test results using AirSCWO™. The results come from 374Water's participation in an official project led by the US government's Defense Innovation Unit ("DIU") and the Environmental Security Technology Certification Program ("ESTCP").

374Water Inc (NASDAQ:SCWO, FRA:8LL) has announced a busy summer conference lineup across key US cities, including Kansas City, Orlando, Portland, and New Jersey. The company will present its AirSCWO technology at major industry events, highlighting its ability to destroy PFAS and organic waste.

Company Enters New Chapter Under New Management, Bringing Proven PFAS Destruction Results and Vision for Scale to the Field MORRISVILLE, NC / ACCESS Newswire / April 23, 2026 / 374Water Inc. (NASDAQ:SCWO) ("374Water" or the "Company"), a leading cleantech and environmental services company developing supercritical water oxidation technology for the destruction of organic waste streams, today announced its summer conference schedule, marking the Company's most active season of industry engagement to date. Under new management and with a growing body of validated field results, 374Water is taking its message directly to the markets it serves - wastewater utilities, environmental remediation professionals, and the defense and industrial sectors working to solve some of the most pressing contamination challenges of our time.

374Water Inc (NASDAQ:SCWO, FRA:8LL) said it is accelerating a multi-pronged growth strategy centered on scaling its waste destruction services, deploying modular treatment systems and deepening partnerships across municipal, federal and industrial markets, as the cleantech firm positions its technology to address rising demand for permanent elimination of hazardous waste. The company is expanding its Waste Destruction Services (WDS) facility in Orlando, Florida, while advancing plans to build additional AirSCWO systems, a proprietary platform designed to destroy per- and polyfluoroalkyl substances (PFAS) and other organic pollutants rather than simply capturing or concentrating them.