Airjoule Technologies Corp Stock Price, News & Analysis

AirJoule Technologies (NASDAQ: AIRJ) announced a three-year Cooperative Research and Development Agreement (CRADA) with the U.S. Army Engineer Research and Development Center (ERDC) to pair ERDC tactical generator waste-heat recovery systems with AirJoule’s atmospheric water generation platform. The collaboration aims to develop a resilient, fuel-efficient potable water supply for military use across diverse environments by using waste heat to extract moisture from ambient air.

The CRADA focuses on applied research and field-relevant testing to accelerate heat-driven atmospheric water generation and inform future sustainment and resiliency capabilities for the Army.

AirJoule Technologies (NASDAQ: AIRJ) has been selected as one of three winners in the Net Zero Innovation Hub for Data Centers competition, backed by industry giants including Google, Microsoft, Data4, Vertiv, Schneider Electric, and Danfoss. The company's AirJoule™ system was chosen from over 70 applicants for its innovative water harvesting technology.

As a winner, AirJoule will participate in the Net Zero Innovation Hub in early 2026 to demonstrate its technology's ability to harvest water from air using data center waste heat. The system can operate in humidity conditions as low as 20%, making it particularly valuable for data centers in arid regions. This is especially significant as over 40% of planned US data centers are in areas with high or extremely high water stress.

AirJoule Technologies (NASDAQ: AIRJ) has delivered its innovative AirJoule™ system to Hubbard, Texas, marking a significant milestone in sustainable water production technology. The system, mounted in a 24-ft mobile trailer, will utilize low-grade waste heat from a municipal geothermal well to generate pure distilled water from ambient air.

The company plans to pursue certification from the Texas Commission on Environmental Quality to verify compliance with drinking water standards. This certification will enable AirJoule to serve high-volume municipal and industrial customers. The technology leverages advanced sorbent materials and a proprietary dual vacuum chamber design, offering a scalable solution for water-scarce regions globally.

AirJoule Technologies (NASDAQ: AIRJ) reported its Q2 2025 results, highlighting significant progress in its water generation technology platform. The company announced the commercialization of two key products: the A250™ system for industrial dehumidification, offering up to 80% energy savings, and the A1000™ water generator for industrial-scale water production.

Strategic developments include a MOU with a hyperscale data center developer and a partnership with GE Vernova. The company completed a $15 million private placement financing led by GE Vernova and ended Q2 with $30.5 million in cash. AirJoule also expanded its manufacturing facility in Newark, DE, and appointed two new board directors with expertise in data centers and financial oversight.

AirJoule Technologies (NASDAQ: AIRJ) has announced a groundbreaking agreement to deploy its AirJoule® system in Hubbard, Texas, marking its first field deployment using geothermal low-grade waste heat to produce pure water from air. The project will utilize heat from a geothermal water well to demonstrate the system's capability to generate PFAS-free distilled water.

The initiative comes as Texas approves $2.5 billion in water infrastructure funding and proposes a $1 billion annual investment for twenty years. The project, scheduled to begin in Q4 2025 and complete by Q1 2026, aims to achieve potability certification for municipal and industrial applications. GE Vernova's Advanced Research Center has independently verified the system's ability to produce pure, PFAS-free water through a 50/50 joint venture.

AirJoule Technologies (NASDAQ: AIRJ) has officially unveiled its 42,000 square-foot manufacturing facility in Newark, Delaware. The facility, operational since late 2024, houses 35 employees and represents a 50/50 joint venture with GE Vernova to commercialize the AirJoule® water harvesting system.

The company's breakthrough technology uses advanced sorbents and a dual-vacuum chamber to extract water vapor from air, with the first preproduction system expected to produce 1,000 liters of water per day in 2025. Commercial sales are targeted to begin in 2026, focusing on data center, military, and manufacturing sectors. The facility's establishment was supported by approximately $1 million in state grant funding from Delaware.

AirJoule Technologies (NASDAQ: AIRJ), a company developing water separation technology from air, has announced its participation in two upcoming investor conferences. The company will present at the Canaccord Genuity 45th Annual Growth Conference on August 12, 2025, in Boston, and the H.C. Wainwright 27th Annual Global Investment Conference on September 8-9, 2025, in New York.

Management will conduct presentations and one-on-one investor meetings at both events. Interested parties can access the presentation materials through the company's investor relations website.

AirJoule Technologies (NASDAQ: AIRJ), developer of the AirJoule® water separation system, has announced two new appointments to its Board of Directors. Denise Sterling, former CFO of Core Scientific, and Thomas Murphy, former Partner at Crowe LLP, join the board following the departures of Paul Dabbar and Kyle Derham.

Dabbar stepped down following his confirmation as Deputy Secretary of Commerce, while Derham left to pursue opportunities with Rice Investment Group. Sterling brings extensive experience in data center operations and financial services, while Murphy contributes significant audit and advisory expertise, particularly in SEC commercial practices and data analytics.

AirJoule Technologies (NASDAQ: AIRJ) has signed a memorandum of understanding with a hyperscale data center developer to utilize its AirJoule® technology for generating pure water from ambient air using data center waste heat. The collaboration aims to integrate AirJoule's proprietary system into data center designs, creating a sustainable water source for cooling and other needs while reducing dependence on local water resources. The technology uses patented sorbent materials and a dual-chamber pressure system to extract PFAS-free distilled water from the atmosphere. This initiative addresses growing concerns about data center water consumption, which can exceed millions of gallons annually per facility, particularly in water-stressed regions. The initial phase will focus on engineering assessments and performance modeling before deployment.