Strategic partnership accelerates AIRJ’s commercialization strategy in the Middle East and broader Global South Pat Eilers, Executive Chairman of AirJoule Technologies, and Abdulnasser Al-Sharafi, Partner at TenX Investment, sign an agreement for TenX Investment to become AIRJ’s exclusive distributor of AirJoule products in the Middle East region. RONAN, Mont, Feb. 02, 2026 (GLOBE NEWSWIRE) — AirJoule Technologies Corporation (NASDAQ: AIRJ) (“AirJoule Technologies” or “AIRJ”), a leading technology platform that unleashes the power of water from air, today announced an agreement with TenX Investment in Energy Enterprises & Management Co (“TenX Investment”), a wholly Emirati-owned UAE-based technology and infrastructure investment firm, to become AIRJ’s exclusive distributor of AirJoule products in the Middle East region. AIRJ – TenX Distribution Signing Positioning AirJoule to Address Water Security in the Middle East This milestone represents significant advancement building on the Memorandum of Understanding announced in August 2024 and positions AIRJ to capture substantial market opportunities in a rapidly growing yet water-stressed region. Under the agreement, TenX Investment will have exclusive rights to market, sell, and support AirJoule distributed water generation and industrial dehumidification systems in the countries of UAE, Oman, Qatar, Saudi Arabia, Bahrain, and Kuwait. Commercial terms are to be reflected in a definitive agreement ahead of initial commercial deployments, which are planned for late 2026. The collaboration with TenX Investment provides AIRJ with immediate market access, local expertise, and established relationships across government, commercial, and industrial sectors in a region experiencing explosive growth in data center development, advanced manufacturing, and infrastructure investment—all sectors with critical water security requirements. Governments and enterprises are increasingly seeking technologies that can strengthen water security while reducing energy intensity. The AirJoule platform technology, which leverages waste heat and utilizes metal-organic frameworks and vacuum chambers to efficiently separate water from air, is uniquely suited to improve water sustainability
