On January 9, 2025, the groundbreaking RadEx fire suppression technology—Radical Extinguishing—was confirmed through extensive testing. Developed in full compliance with UL 2775, NFPA 2010, and ISO 15779 standards, RadEx represents a new era in fire suppression innovation. For the first time globally, a direct visual method was employed to confirm toxicological safety, adhering to the… Подробнее
Concealed Toxicity Hazards and Associated Risks of Aerosol Fire Extinguishers in Fire-Related Fatalities.
The implementation of aerosol fire extinguishing systems during fire events poses a significant and often overlooked risk, as their toxic byproducts can exacerbate environmental lethality.Despite documented evidence indicating that aerosol systems can independently generate hazardous concentrations of toxic gases following unintentional activation, their influence on the overall toxicity of fire combustion products has not been… Подробнее
Four tests out of the 60
In the video, you can see four tests out of the 60 we have conducted over the past three weeks, each using 30 grams of aerosol fuel in a two cubic meter space. The tests are shown in chronological order, clearly demonstrating that the quality and effectiveness improve with each iteration. Thus, the extinguishing of… Подробнее
Next phase in developing the new Impulse Storm technology
The video shows testing conducted according to NFPA 2010 standards in a 2-cubic-meter chamber, using heptane as fuel. The key distinction is that only 27.28 grams of aerosol were used for 2 cubic meters. This means that the tested sample demonstrated an efficiency 7.44 times higher than any other aerosol fire extinguisher, which typically uses… Подробнее
Issues and statistics of unsuccessful fire suppression at BLESS facilities
Challenges in Fire Suppression Fires at BLESS facilities, particularly those involving lithium-ion batteries, present significant challenges due to: Statistics of Unsuccessful Suppression Attempts Traditional firefighting methods, such as water and foam, often prove ineffective in extinguishing fires involving lithium-ion batteries. According to the data summarized in the BLESS Container Fire Incidents Statistics document: The document… Подробнее
Scientific Statement:
A prototype of a unique fire suppression system for the engine compartment of military vehicles, buses, and any truck has been successfully developed and tested. The small steel casing is so compact and robust that it can withstand a direct hit in a tank from an anti-tank JAVELIN missile and, after the explosion, instantly extinguish… Подробнее
Instant firefighting LNG
A beautiful video of the instant firefighting of an LNG pool in São Paulo, Brazil, on a specially constructed test site that fully complies with all environmental safety standards. Notably, this video is over 15 years old, and no one in the world has been able to replicate this test since. There are no other… Подробнее
Impulse Storm foam research
Extinguishing large fuel tank fires remains a significant challenge, with no reliable records of success using traditional fire suppression systems. These fires typically result in total fuel combustion, massive fuel loss, and significant environmental damage. A novel experimental setup has been developed to test firefighting foams and systems on a large scale, enabling controlled empirical… Подробнее
Impulse Storm novel chemical synthesis technology
As it is widely acknowledged, existing aerosol fire extinguishers are based on old mid-20th-century technologies, resulting in extremely hazardous operational temperature parameters, approximately 800 degrees Celsius. This reality compels manufacturers to design unnecessarily complex cooling systems, which significantly increase weight, volume, and cost, while reducing fire suppression effectiveness by 70%. Conversely, the Impulse Storm aerosol,… Подробнее
Announcement of Advanced Technology for Enhanced Oil Recovery
IMPULSE STORM LTD is proud to announce the introduction of an advanced surfactant treatment technology aimed at revolutionizing the field of Enhanced Oil Recovery (EOR). This cutting-edge approach represents a significant advancement in oil extraction methodologies, combining scientific rigor with environmental stewardship and economic efficiency. Technical Overview: Our proprietary technology involves the development and application… Подробнее