Pi Foam System – Extinguishing Tank Fires in π Minutes
Please find THE SAME Executive Summary video ONLY with subtitles here
Cumulated data of the major tank fire incidents since 2001 ⋆
0
ESTIMATED COST OF THE DISASTERS
0
MANAGERS / DIRECTORS ARRESTED
0
CUBIC METERS OF FUEL LOST
0
CASUALTIES: 2040 INJURED, 297 DEAD
0
CUBIC METERS OF STORAGE CAPACITY DESTROYED
0
STORAGE TANKS DESTROYED
⋆These figures DO NOT include the cost of:
factory shutdown and production shortfalls
environmental damage and contamination
brand-image damage, etc.
stock-market losses
6 reasons to install the Pi Foam System
It can put out the biggest full-surface storage-tank fires in under π (3.14) minutes.
No electricity, no moving parts, no water network, no human resource required.
Worldwide unique, AI-based simulation software that optimizes the design for various tank sizes.
Providing 100% safety during pandemics, natural disasters, and in resource-limited areas.
Works perfectly with (a) our fluorene-free, biodegradable, non-PBT - even edible - foam, (b) as well as our patented Impulse Gun SystemTM, which is ideal for putting out liquid-jet fires and blazes in oil and gas wells.
Extremely low CAPEX and OPEX.
Testimonials
“We have been using the earlier version of this system for many years. It works perfectly in our regular operation tests, while our maintenance costs are marginal compared to a regular built-in system or a facility fire brigade.”
“As demonstrated by a fire-extinguishing test witnessed by a TÜV expert, the fire detection, the automatic activation of the fire-extinguishing system and the direct fighting of the incipient fire took place so quickly that the system stopped it from fully developing… The high application rate of the fire-extinguishing agent ensures that the fire is extinguished very quickly, thus minimizing any environmental pollution caused by the fire and the foam layer.”
The Pressurized Instant (Pi/π) Foam System will be referenced and explained in the 6th edition of the technical publication "Abwehrender und Anlagentechnischer Brandschutz - fuer Architekten, Bauingenieure und Feuerwehringenieure" Author: Prof. Hans-Joachim Gressmann Technical University of Braunschweig, Germany.
These companies are already using Pi Foam System’s earlier versions
