Without JETEX:
How the Goyang Fire Unfolded

In Goyang-si, South Korea, a seemingly minor incident — a sky lantern landing on dry grass — triggered the explosion of one oil storage tank among 14 on site.

• The incident resulted in:
  • Loss of 2.6–2.8 million liters of gasoline;
  • Total damages of more than $11 million USD;
  • 17 hour incident duration (firefighting & securing).

• Total response resources (deployed throughout the 17-hour operation):
  • exceeded 300 personnel;
  • 111 engagements of fire apparatus;
  • 3 helicopters;
  • involved specialized suppression techniques (gasoline drainage, water injection “floating”).

This real‑world incident underscores the scale of the challenge. A comparable, full‑scale controlled test demonstrates the JETEX Container's capability: complete suppression of an 85 m² hydrocarbon spill in 2.4 minutes, operated by just two personnel and a fraction of the typical resources. Witness this rapid, resource‑efficient performance in the video evidence below. For comprehensive analysis, detailed test reports and full protocols are available upon request under NDA.

Why the Scenarios Differ — and Why JETEX Still Wins

While it’s tempting to draw a direct line between real‑world incidents and controlled tests, it’s important to recognize that large‑scale tank fires and spill tests involve fundamentally different combustion dynamics.

Factors like heat flux, thermal feedback, flame height, and radiation levels vary significantly between these scenarios.

• Nevertheless, the core advantages of the JETEX system remain clear and consistent across all use cases:
  • High discharge range — reaches critical areas from a safe distance.
  • Safe‑zone operation — the container‑based system can be deployed and controlled remotely.
  • Minimal crew required — just 2 operators vs. hundreds of firefighters.
  • Resource efficiency — drastically reduced consumption of water and foam agents.
  • Rapid suppression — stops open flames in minutes, not hours.

The system's technical superiority and consistency are documented through precise validation. In standardized industrial‑scale spill tests, suppression was achieved at a flow rate of ~51.6 l/s, as per the official test protocol. We welcome in‑depth review: full test data is available for qualified partners under NDA.