Equipped with a specially designed stainless steel, water-based flashback arrestor to prevent flashbacks and maintain system coolness, with a secondary plastic bubbler for added safety.

Reinforced SS bubbler tank prevents flame contact with the gas, tested under high HHO generation conditions to halt any fire without damage, ensuring seamless functionality.

A pressure release valve mitigates unexpected pressure accumulation, venting excess gas at 0.4 Bar to maintain system integrity, despite minimal pressure generation during normal operation.

The system automatically shuts down if the temperature exceeds 90°C, with IoT sensors monitoring critical points to prevent excessive heat build-up, ensuring safety through continuous temperature control.

Advanced detection system shuts down power and alerts the driver upon detecting a leak at even 400 ppm, well below the fire risk level, ensuring immediate response to potential leaks.

Features automatic cutoff for voltage or current fluctuations and a high-temperature cutoff to prevent overheating, with a circuit breaker ensuring safety in case of short circuits.

Anodized 3 mm aluminium housing with a stainless-steel frame dissipates heat efficiently and protects against rare internal explosions, designed for larger engines requiring significant gas output.

Closed system design eliminates risks from operator mishandling, with the water supply located within the driver’s reach and isolated from the hydrogen generation process for enhanced safety.

IoT-enabled system provides critical data and automatically enables remote shutdown and restart based on safety analysis, enhancing overall system safety and reliability.