Does FP Series Protect Small Gas Station Fuel Zones?

Absolutely-for small gas stations' temporary fuel supply zones, the FP Series Fluoroprotein Foam Concentrate is a reliable fire defense. These compact zones, used for refueling civilian vehicles, storing backup gasoline/diesel (5–30m³), and handling fuel transfers, face frequent Class B fire risks: refueling nozzle leaks, temporary tank overflows, hose ruptures, and accidental spills from vehicle collisions. Unlike large gas terminals, they have limited space between refueling pumps and customer parking, rely on portable fire-fighting gear, and operate in residential/commercial areas. Adapting to temperatures from -12℃ to 38℃, standard protein foam often fails: it solidifies above -10℃, clogs portable sprayers with viscosity >50 MPas, and lacks stability in outdoor wind. The FP Series (FP 3% (-16℃) and FP 6% (-20℃)) solves these issues with low-freezing, low-viscosity, wind-resistant formulations, complying with NFPA 11 and local fire safety codes for civilian fuel facilities.

1. Model Match for Small Gas Station Fuel Zones

2. Ambient Gasoline Spill (Small Gas Station, France, 32℃)

A 650m² gasoline spill occurred at a small gas station's refueling zone, caused by a faulty nozzle seal during a car refueling. The spill spread toward nearby customer vehicles and a convenience store, with 20 km/h winds accelerating vapor spread. Staff deployed FP 3% (-16℃) via portable foam sprayers:

Its ≤30 MPas viscosity ensured smooth flow through 38m hoses, reaching the spill in 32 seconds-35% faster than standard protein foam, avoiding clogging in portable gear.

The 6.8±1 expansion ratio formed a wind-resistant foam blanket, fully covering the spill in 1.5 minutes. It maintained stability for 1.2 hours, preventing vapor ignition, avoiding $780,000 in vehicle damage, store fire loss, and station closure fees, complying with local safety codes.

3. Ultra-Cold Diesel Leak (Small Gas Station, Canada, -15℃)

A 520m² diesel leak happened at a small gas station's backup storage zone during a cold snap (-15℃), caused by a frozen tank valve. The leak mixed with snow, forming a flammable slurry, and wind chills (-23℃) hindered control. Technicians deployed FP 6% (-20℃) via heated foam generators:

Its -20℃ freezing point prevented solidification (standard foam hardens at -10℃), and low viscosity flowed through insulated hoses, covering the leak in 40 seconds.

The 7.1±1 expansion ratio created an insulated foam blanket, preventing vapor ignition and slowing ice formation for 105 minutes. Crews repaired the valve safely, avoiding $720,000 in emergency costs and penalties.

4. Why Standard Protein Foam Fails Here