AirJoule Technologies Corporation
- Market Cap (Float-Adj) (Float-adjusted market cap computed by the low-float screener — matches the screener row. May differ from the standard cap (price × all shares outstanding) reported elsewhere.)
- $451.4M
- Price
- $5.04
- % Change (Daily % change from the live per-ticker quote feed.)
- -4.18%
- Volume
- 1.6M
About
AirJoule Technologies Corporation operates as an atmospheric renewable energy and water harvesting technology company. It provides energy and dehumidification, water harvesting systems, water recapture systems, evaporative heat pump systems, water heating systems, low relative humidity drying systems, pre- and mid-cool integration coils, evaporative cooling, advanced vacuum pump systems, isothermal condenser design, gate and seal systems, and atmospheric water generation through its AirJoule technology. In addition, it offers solutions, such as water from air, water recovery, data centers, cooling systems, and moisture control. The company was founded in 2018 and is headquartered in Ronan, Montana.
Quick stats
Shares outstanding72.4M
Computed float32.6M
Float / shares45.0%
Key info
SectorIndustrials
IndustryElectrical Equipment & Parts
CIK (Central Index Key — the unique ID the SEC assigns to every filer. Use it to look up the company's filings on EDGAR.)0001855474
Websitehttps://airjouletech.com
AI Summary
AI-generated1/50
standardbullishpartnership
AirJoule Technologies and the Net Zero Innovation Hub for Data Centers Announce Strategic Collaboration to Deploy Heat-To-Water Technology in Data Centers
AirJoule Technologies formed a strategic collaboration with the Net Zero Innovation Hub for Data Centers to validate its heat-to-water technology at a commercial data center site in 2026.
The initiative will involve deploying an AirJoule Prime system to convert low-grade waste heat into usable water, supporting resource-efficient operations.
This deployment marks a transition from demonstration to real-world testing for AirJoule, aiming to prove the commercial viability of its sorption technology.