Inertec delivers environmentally neutral fire suppression for mission-critical facilities and certified performance to protect sensitive infrastructure without residue or environmental impact
Stand: Hall 7 G29
Website: SRI.com
As the fire protection market increasingly prioritises environmental performance alongside technical capability, the Inertec Gas Suppression System from Steel Recon Industries has emerged as one of the leading clean agent alternatives for critical environments.
Built on naturally occurring inert gases and backed by more than five decades of SRI engineering experience, the system offers a modern approach to fire suppression that aligns with global sustainability expectations while maintaining the reliability required by mission critical facilities.
The foundation of the Inertec system lies in a straightforward scientific principle. By rapidly discharging a calculated quantity of inert gas into a protected enclosure, the system reduces oxygen to a level where combustion cannot be sustained. The fire is extinguished cleanly and efficiently without residue or secondary damage, making the technology particularly well suited to environments where sensitive electronic equipment or valuable assets may otherwise be harmed by traditional suppression methods.
The system uses gases already present in the atmosphere, including nitrogen, argon and blends of the two, ensuring that it carries zero ozone depletion potential, zero global warming potential and no atmospheric lifetime. In an era of heightened environmental scrutiny, these characteristics place Inertec among the most sustainable suppression solutions on the market.
In addition to its environmental credentials, the system offers clear operational advantages for facilities where uptime, asset protection and personnel safety are essential. It produces no fog or visibility impairment during discharge, generates no harmful by-products and is electrically non conductive, meaning it can be safely used around energised equipment. The gases used are non toxic at design concentrations, allowing the system to be deployed in occupied spaces without compromising safety.
These attributes make Inertec a strong fit for data centres, telecommunications hubs, museums, archives, control rooms and power generation facilities, as well as any site where the cost of fire related disruption is significant.
SRI has engineered Inertec as a complete and fully certified system. Approvals from UL, FM Global and other international authorities reinforce its suitability for global deployment. A key component of the system’s efficiency is its high capacity cylinder technology.
Inertec is available in both 200 bar and 300 bar configurations, with the 300 bar cylinders offered in 80 litre and 140 litre sizes certified under TPED. These higher pressure cylinders store more agent per vessel, enabling designers to protect larger spaces with fewer tanks and thereby reducing both installation footprint and overall project cost.
Supporting hardware is equally robust. Heavy duty discharge valves, precision pressure gauges, multiple activation options, high pressure hoses and carefully engineered nozzles all contribute to reliable system performance. The system can be configured with a Pressure Reducing Unit for an unregulated discharge or with a constant pressure regulator that maintains a stable outlet pressure regardless of cylinder pressure. The constant pressure option is particularly advantageous for installations using 300 bar cylinders as it simplifies pipework design and supports consistent agent flow.
For multi room facilities, SRI also offers UL and FM approved selector valve arrangements, allowing a single cylinder bank to protect several hazards. This approach maximises cost efficiency without compromising protection.
With its environmentally neutral agents, rigorous certification and highly engineered components, the Inertec Gas Suppression System delivers reliable, clean and future ready fire protection for the world’s most demanding environments.
At Intersec 2026 SRI will be at Stand 7, G29
