RedZone™ CO2 Clean

HOW CLEAN IS CLEAN?

INTRODUCING THE NEW STANDARD WITH REDZONE CO2 CLEAN

In the world of firefighting, the definition of "clean" is evolving. It's no longer just about appearances; it's about ensuring the utmost safety and protection for those who risk their lives every day. Traditional cleaning methods might leave unseen contaminants behind, putting firefighters at risk. But now, with RedZone CO2 Clean, we're setting a new standard – a standard that goes beyond the surface, providing a deep, thorough clean that meets and exceeds today’s safety expectations.

RedZone CO2 Clean isn't just another cleaning process; it's a revolutionary approach that ensures your gear is as clean as it can be – inside and out. Using advanced CO2 technology, it penetrates deep into the fibers of your PPE, effectively removing contaminants that traditional methods might miss. This is the new badge of honor – a symbol of commitment to safety, health, and the future of firefighting.

So, how clean is clean? With RedZone CO2 Clean, it's cleaner than ever before. It's not just about maintaining your gear; it's about protecting your life. Choose the new standard. Choose the new badge of honor. Choose RedZone CO2 Clean.

THE MOST EFFECTIVE PPE CLEANING ON THE MARKET.

Conventional firefighting gear cleaning methods provide limited decontamination results and can take days to complete. But, RedZone CO2 clean effectively decontaminates PPE quickly in approximately 60 minutes.

ELIMINATES, ON AVERAGE, 98% OF PAH’S AND VOC’S

While Ozone cleaning is effective at removing biological contaminants like bacteria and viruses, RedZone CO2 clean also targets poly-aromatic hydrocarbons (PAHs) and volatile organic compounds (VOCs).

EFFECTIVE ON ALL TYPES OF PPE GEAR

It can be used on ALL models and brands of gear – including helmets, hoods, turnouts, gloves and boots.

The RedZone CO2 Clean Advantage

BENEFIT 1: Eliminates, on average, 98% of PAHs and VOCs

Polycyclic Aromatic Hydrocarbons (PAHs) are a class of chemicals that are produced by the partial burning of certain materials commonly found at typical structural fires.

BENEFIT 2: Requires no drying time

BENEFIT 3: Uses a lower cleaning temperature that reduces gear degradation, while still providing exceptional cleaning levels

benefit 4: Restores the retro-reflectivity of some reflective trim

benefit 5: Uses less energy and doesn’t require water

benefit 6: Contains no harmful cleaning agents or environmental threats

Find Your Sales Contact

WHY REMOVING PAHS FROM YOUR FIRE GEAR IS CRITICAL

Today’s fires are more hazardous than ever before. They involve a complex mix of chemicals from sources like lithium-ion batteries, diesel fuel, and even everyday materials like paint and asphalt. These substances release polycyclic aromatic hydrocarbons, or PAHs, which can bind to gear and pose serious health risks through skin absorption—even after traditional water-based cleaning methods. Some of these dangerous chemicals produced during structural fires can be carcinogenic.

That’s where RedZone CO2 cleaning comes in.

Our process provides firefighters with the highest level of protection by removing on average 98% of these dangerous PAHs, providing a deeper clean that safeguards the health of our firefighters. NFPA 1851 cleaning efficiency data indicates that CO2 cleaning removes a higher level of contaminants from the PPE than conventional water washing. CO2 cleaning is also gentler on the PPE elements, reducing wear and tear that can be introduced by washing.

But how does this technology work?

RedZone CO2 cleaning uses a closed-loop system that minimizes environmental impact. We reclaim CO2 waste from local industries, purify it, and then reuse it in a waterless cleaning process. The process utilizes liquid Carbon Dioxide (CO2) as its main cleaning fluid, with no more than 2% (by volume) of additives or detergents.

The process doesn’t require the use of a vacuum pump for distillation or vessel evacuation, eliminating the risk of cross-contamination between loads. Each advanced cleaning cycle consists of four separate baths using purified CO2, which is constantly circulated from the cleaning vessel through a filter to ensure ongoing purification. The two-stage filtration system in our machines removes particles as small as 5 microns, ensuring that even the smallest contaminants are captured. This approach not only reduces water consumption and removes the harsh contaminants, but also reclaims 95% of the CO2 used, making it an eco-friendly solution.