AirJoule Technologies unveils Prime system for industrial water generation
AirJoule Technologies Corporation launched the AirJoule Prime system, capable of generating 2,000 liters of pure water daily from waste heat. The system targets industrial and data center sectors to enhance water sustainability and reduce footprints. Following commissioning in May, the unit is slated for European deployment with the Net Zero Innovation Hub for Data Centers.
*this image is generated using AI for illustrative purposes only.
AirJoule Technologies Corporation unveiled its full-scale AirJoule Prime system at its Newark, Delaware manufacturing facility on June 26, 2026. The system generates up to 2,000 liters per day of pure distilled water by converting low-grade waste heat, offering a decentralized water solution for industrial facilities, data centers, and military operations. This launch marks a significant step in commercializing the company's sorption technology to address water scarcity and sustainability challenges.
System Capabilities and Applications
The AirJoule Prime is the company's largest atmospheric water generation system. It is designed to serve a broad range of sectors, including industrial facilities, data centers, military operations, and communities facing water scarcity. By producing water on site, the system helps customers reduce their water footprint and improve sustainability.
| Feature | Specification |
|---|---|
| Capacity | Up to 2,000 liters per day |
| Input Source | Low-grade waste heat |
| Output | Pure distilled water |
| Key Applications | Industrial facilities, data centers, military operations |
Deployment and Strategic Partnerships
Since commissioning the unit in May, the company has been operating and optimizing Prime in Newark. The system is planned for deployment in Europe as part of AIRJ's collaboration with the Net Zero Innovation Hub for Data Centers. This deployment will demonstrate the integration of AirJoule technology into a data center environment and its ability to convert waste heat into pure water.
Bryan Barton, Chief Commercialization Officer of AirJoule Technologies and President of AIRJ’s 50/50 joint venture with GE Vernova, emphasized the system's potential. "Prime takes low-grade waste heat, something industries produce every day, and transforms it into one of the world's most valuable resources: pure distilled water," said Barton.
Commercialization Milestone
Matt Jore, Founder and Chief Executive Officer of AirJoule Technologies, described the completion of the Prime system as a defining milestone on the company's path to commercialization. "It reflects the strength of our joint venture with GE Vernova and the dedication of our team, and it positions us to bring distributed, waste-heat-powered water generation to customers around the world," Jore stated.
The event was attended by Delaware Governor Matt Meyer and U.S. Senator Chris Coons (D-Del.), who toured the facility and highlighted the technology's applications for water security and sustainability. Senator Coons noted that the core technologies making data centers more sustainable are originating from Newark, Delaware.
What is the projected timeline for the commercial rollout of the AirJoule Prime system following the European data center pilot?
How will the joint venture with GE Vernova leverage existing industrial relationships to scale manufacturing and distribution?
What are the estimated capital and operational expenses for potential customers adopting this waste-heat-powered solution?
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