When massive fires break out at remote petrochemical plants or logistics hubs, standard emergency equipment often lacks the capacity and reach for immediate, safe containment. Addressing this critical gap in industrial safety, Omani engineer Eng Awad Said Al Saadouni has developed an advanced, AI-powered mobile firefighting unit designed specifically for high-risk facilities across the GCC.
Quick Facts
- 10,000-gallon water capacity ensures sustained emergency firefighting operations.
- Features AI, thermal imaging, and remote-controlled fire monitors.
- Prototype undergoing field testing to secure commercial manufacturing investment.
Upgrading Industrial Emergency Response
High-risk environments like oil installations and petrochemical plants require rapid, high-volume intervention long before civil defense teams can arrive. Conventional fire engines typically carry between 500 and 1,500 gallons of water, limiting their effectiveness in large-scale industrial incidents.
Al Saadouni’s prototype dramatically scales up this capability, featuring a 10,000-gallon water tank housed within a specialized trailer. Because the water weight alone can reach up to 37 tonnes, the hardware was engineered with reinforced axles and an advanced hydraulic braking system to guarantee stability during transport to remote locations.
The heavy-duty unit is equipped with a high-capacity pump and a remote-controlled fire monitor. This allows human operators to deploy water or environmentally friendly firefighting agents over long distances and elevated angles, keeping first responders entirely out of the immediate danger zone.
Integrating Smart Hardware and Solar Power
Beyond raw capacity, the mobile unit functions as an intelligent first-response node. It relies heavily on remote operation systems and thermal monitoring to improve deployment accuracy. A built-in thermal imaging camera identifies exact heat sources and fire hotspots through dense smoke, allowing operators to target firefighting streams precisely rather than spraying blindly.
A 360-degree IP surveillance camera system provides live feeds to remote command centers, tracking hazard movement around the incident site. Additionally, integrated weather monitoring hardware tracks wind direction, temperature, humidity, and solar radiation in real-time to inform tactical decisions.
The entire system is optimized for off-grid deployment. Solar panels serve as the primary power source, charging integrated batteries that run the pumps, monitoring equipment, and remote operations, with a backup generator available for extended power needs.
The Path to Commercialization
The project is currently in the late-prototype phase. Al Saadouni developed the initial build to demonstrate the concept’s technical viability and run rigorous field tests on its thermal detection, solar efficiency, and remote control systems.
With initial performance evaluations underway, preliminary discussions have begun with potential investors. The immediate goal is to secure the capital required to establish commercial production lines and deploy the units across major industrial facilities, ports, airports, and logistics bases in Oman and the wider region.
About the AI Mobile Firefighting Unit
Developed by Omani engineer Eng Awad Said Al Saadouni, the AI-powered mobile firefighting unit is a high-capacity, 10,000-gallon hardware solution tailored for industrial emergencies. Integrating solar power, thermal imaging, AI-assisted remote controls, and eco-friendly firefighting materials, the prototype functions as an advanced first-response vehicle for oil, petrochemical, and remote logistics facilities.
Source: Zawya
