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Aeroseal Arabia and HT Materials Science Join Forces to Elevate Thermal Efficiency in Saudi Arabia

Saudi Arabia – July 2025 – A new agreement between Aeroseal Arabia and global technology company HT Materials Science (HTMS) is set to introduce Maxwell® nanofluid technology to Saudi Arabia, unlocking a new era of advanced thermal efficiency for HVAC and industrial cooling systems.

Aeroseal Arabia agreement

This partnership brings the implementation of Maxwell® to the Kingdom, enabling significant energy savings across a wide range of infrastructure types. The nanofluid, developed and patented by HTMS, enhances heat transfer performance by up to 15%. It is a non-toxic, recyclable, and retrofit-friendly additive that improves the thermal capacity of closed-loop systems—without requiring shutdowns, equipment changes, or capital-intensive upgrades.

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“This agreement reflects our commitment to enabling forward-looking solutions that improve energy performance, align with local sustainability objectives, and help move Saudi Arabia closer to its Net Zero ambitions,” said Fadi Shora, Managing Director of Aeroseal Arabia, “Maxwell® is a practical, high-impact innovation that delivers both operational efficiency and environmental responsibility.”

With cooling systems representing a significant share of regional energy consumption, nanofluid technology offers an effective, low-disruption pathway toward decarbonization—aligning closely with Saudi Arabia’s Vision 2030 and Net Zero 2060 roadmap. The solution is applicable across a wide range of sectors including commercial buildings, industrial facilities, data centers, hospitals, and district cooling networks.

Through this collaboration, Aeroseal Arabia brings a new layer of energy optimization to its solutions, offering enhanced thermal performance for HVAC and cooling systems across diverse sectors.

This partnership marks another milestone in Aeroseal Arabia’s ongoing mission to provide practical, impactful retrofits addressing the Kingdom’s evolving energy and sustainability challenges.