A new physical approach to fire suppression — disrupting the combustion zone with controlled electrical pulses. No water, foam or powder required.
Industrial fire protection has relied on essentially the same approaches for decades.
Water, foam and powder require heavy logistics, create contamination, and can be slow to deploy.
Controlled electrical energy is used to disrupt the combustion zone — without relying on water, foam or powder.
The unit generates a controlled current pulse delivered through a single-use catalyst.
Controlled current pulse
Through single-use catalyst
Instantaneous gas compression
Flame cut off from fuel source
Result: The gas jet is disrupted — the flame extinguishes in a fraction of a second.
Experimental suppression sequence — working prototype demonstrated in real-world conditions.
Demonstration Video
Click to play — video will be addedSuppression almost instantly — critical for gas well accidents
Operates on 12V, 220V, 380V — transported in a car trunk or trailer
Low operating costs — only requires replacement of single-use catalyst
No need for large quantities of water or powder delivery
Initial focus: high-value industrial emergency response.
Emergency releases, flare fires
Terminals, power generation
Industrial infrastructure
Government rapid response teams