Welcome to our dedicated page for Airjoule Technologies news (Ticker: AIRJ), a resource for investors and traders seeking the latest updates and insights on Airjoule Technologies stock.
AirJoule Technologies Corporation develops AirJoule, a water-from-air platform based on sorption technology that produces distilled water and dehumidified air. Company news centers on commercialization of AirJoule Core and AirJoule Prime, field deployments, third-party technology validation, product development, and applications for industrial users, data centers, advanced manufacturing, defense, residential markets, and regions facing water-security constraints.
Recurring updates also cover strategic partnerships and distribution relationships, participation in data-center sustainability programs, financial results and business updates, public equity financing activity, shareholder voting matters, capital-structure disclosure, governance matters, and recognition of the AirJoule platform by clean-technology programs.
AirJoule Technologies (NASDAQ: AIRJ) and Kubota Corporation (TYO: 6326) announced an exclusive sales partnership and initial deployments of AirJoule’s water-from-air systems for multi-unit residential developments in Texas and California. Kubota will market, sell and distribute AirJoule systems for these developments in both states under an exclusive sales agreement.
Kubota has purchased two AirJoule Core systems for pilot deployments near Corpus Christi, Texas and Irvine, California, expected to begin in Q3 2026. The projects will pair AirJoule’s atmospheric water generation with Kubota’s wastewater treatment, water reclamation, pipe systems and O&M capabilities, generating operational data across varied environmental conditions. The collaboration targets water-constrained U.S. markets by offering decentralized water infrastructure aimed at regulatory compliance, reduced infrastructure costs, and climate-independent water supply, with potential expansion of the partnership based on initial results and integration feasibility.
AirJoule Technologies (NASDAQ:AIRJ) unveiled its full-scale AirJoule Prime atmospheric water generation system at its Newark, Delaware manufacturing facility on June 26, 2026.
The Prime system uses low-grade waste heat to generate up to 2,000 liters per day of pure distilled water for industrial, data center, military, and water-scarce community applications, and is planned for deployment in Europe within a data center collaboration.
AirJoule Technologies (NASDAQ:AIRJ) entered a securities purchase agreement with institutional investors for a registered direct offering of 3,658,536 common shares, targeting approximately $15.0 million in gross proceeds.
Net proceeds plus existing cash are expected to fund operations into 2028 and support commercialization of AirJoule Core and Prime systems.
AirJoule Technologies (NASDAQ:AIRJ) reported first quarter 2026 results and a detailed commercialization update.
Key milestones include completion of the first full-scale AirJoule Prime (~2,000 L/day) build, a locked AirJoule Core (~250 L/day) design, and early Core DH tests showing up to 40% energy savings versus desiccant-wheel technology.
According to AirJoule Technologies, cash at March 31, 2026 was $31.1 million, plus $3.9 million at its GE Vernova joint venture, for $35.0 million combined and no debt, after a January 2026 equity raise with $22.1 million net proceeds and $10 million JV funding.
AirJoule Technologies (NASDAQ:AIRJ) will release its first quarter 2026 results after market close on Thursday, May 14, 2026. Management will host a conference call and Q&A at 8:30 AM ET on Friday, May 15, 2026.
Investors can access a live audio webcast via the company’s investor relations webpage, join by phone at 877-407-6184, or listen to an archived webcast after the call.
AirJoule Technologies (NASDAQ: AIRJ) was named "Water Tech Innovation of the Year" in the 2026 CleanTech Breakthrough Awards, recognizing its water-from-air platform and progress toward commercial deployment.
The company reported pilot and system deployments in Texas, Arizona, California, and Dubai; a Cooperative Research and Development Agreement with the U.S. Army ERDC; an exclusive Middle East distribution deal; and participation in a data-center acceleration program.
AirJoule Technologies (NASDAQ:AIRJ) reported 2025 results and a business update on March 30, 2026, highlighting field validations, strategic partnerships, product development, and strengthened liquidity. Key facts: multiple field deployments across four geographies, Core product finalization with commercial launch expected late 2026, Prime assembly in Newark, and pro forma cash of approximately $44.0 million.
Partnerships include GE Vernova, Net Zero Innovation Hub, U.S. Army ERDC, a U.S. defense contractor, TenX Investment, and an ASU independent evaluation. AIRJ said funds provide runway through 2027.
AirJoule Technologies (NASDAQ:AIRJ) will release its full year 2025 results after market close on Monday, March 30, 2026, and will hold a conference call with Q&A on Tuesday, March 31, 2026 at 8:30 AM ET. A live audio webcast and archived replay will be available via the company's investor website.
AirJoule Technologies (NASDAQ: AIRJ) announced an exclusive distribution agreement with UAE-based TenX Investment to market, sell, and support AirJoule water-from-air and industrial dehumidification systems across six Middle East countries.
Initial commercial deployments are planned for late 2026, following a successful Dubai demonstration (Feb–Dec 2025) that validated performance in extreme climate conditions.
AirJoule Technologies (NASDAQ: AIRJ) announced delivery and commissioning of an AirJoule A250 system at Arizona State University on Jan. 20, 2026 for independent academic evaluation.
The system will undergo third-party testing and peer-reviewed research led by Dr. Paul Westerhoff at ASU’s atmospheric water harvesting testbed, with evaluations of performance, water quality, and operation in Phoenix-area conditions exceeding 110°F and low humidity. AirJoule says successful testing will validate system robustness for arid industrial deployments and support commercialization and regional water solutions.