IONIZED HYDROGEN PEROXIDE (iHP®)

Unlike vaporized hydrogen peroxide, iHP relies on filling the volume of a treated area to minimize downtime instead of saturating surfaces with PPM requirements and mandatory wet times.

Deliver repeatable applications and results every time as a combination of solution and technology when compared to mix-and-match electrostatic sprayers.

With no need for active additives, BIT Solution converts hydrogen peroxide into a gentle dry mist able to navigate any space without corroding electronics or critical equipment.

Compared to concentrated and quaternary cleaners, BIT Solution is ready-to-use and begins killing on contact to reduce application time and eliminate hazardous chemical use.

SteraMist is a patented decontamination technology that utilizes ionized Hydrogen Peroxide (iHP). The process begins with a low-concentration hydrogen peroxide BIT Solution that passes through a cold plasma arc. This atmospheric ionization creates a submicron-sized dry mist containing reactive oxygen species, specifically hydroxyl radicals, which are among the most powerful oxidizing agents in nature.

Unlike vaporized hydrogen peroxide which often requires high concentrations and surface saturation to be effective, iHP relies on atmospheric ionization. This creates a lightweight mist that moves like a gas, filling the entire volume of a room. This allows for faster treatment times and superior material compatibility, as it does not leave surfaces wet or saturated.

Yes. Because iHP is a dry mist that does not require active additives or high-concentration chemicals, it is highly compatible with sensitive equipment. It can navigate complex environments, such as research laboratories and pharmaceutical facilities, without corroding electronics or critical infrastructure.

SteraMist is an EPA-registered hospital-grade disinfectant proven to eliminate a broad spectrum of microorganisms. It effectively inactivates and eliminates bacteria, viruses, fungal spores, and mycotoxins. The technology works by disrupting the proteins, carbohydrates, and lipids of microbes on a cellular level.

The technology was originally developed through a grant from the U.S. Defense Advanced Research Projects Agency (DARPA). It was engineered as a high-level response to biological threats, specifically weaponized anthrax, before being adapted for commercial use in healthcare, life sciences, and food safety sectors.

Service frequency depends on the specific requirements of the facility and the industry standards involved. For many high-stakes environments, such as regenerative medicine or pharmaceutical manufacturing, validated decontamination services are often performed on a quarterly basis to ensure consistent compliance and biosecurity. Decontamination fogging service is available with validation and qualification packages.

SteraMist iHP breaks down into oxygen and humidity upon contact, leaving no harmful residues or lingering odors. This allows for rapid re-entry into treated spaces, making it an ideal solution for high-traffic areas and facilities that cannot afford long periods of downtime.

While often used interchangeably, these terms represent distinct levels of microbial control. Cleaning involves the physical removal of dirt and organic matter from surfaces. Sanitizing reduces the number of bacteria to levels deemed safe by public health standards. Disinfecting, however, is a more rigorous process that uses specific chemical or physical agents to kill or irreversibly inactivate nearly all pathogenic microorganisms, including viruses and fungi.

High-level disinfection refers to a process capable of killing all vegetative microorganisms and most bacterial spores. This level of efficacy is critical in environments where the risk of infection transmission is high, such as in pharmaceutical compounding, surgical suites, or high-density food production facilities. It typically involves specialized equipment and EPA-registered chemistries that ensure a 6-log reduction (1,000,000 to 1) of pathogens.

Pathogen resistance often occurs when sub-lethal doses of a disinfectant are applied, allowing surviving microbes to adapt. Additionally, many microorganisms form biofilms (slimy, protective layers) that shield them from standard liquid chemicals. Modern biosecurity strategies prioritize technologies that utilize mechanical or oxidative destruction, such as reactive oxygen species, which physically breach the cell wall and prevent the development of resistance.

Dwell time, or contact time, is the amount of time a disinfectant must remain wet on a surface to effectively eliminate the targeted pathogens. If a disinfectant evaporates or is wiped away too quickly, it may fail to achieve its listed efficacy. One of the primary advantages of advanced misting and fogging technologies is their ability to maintain necessary contact without leaving behind excessive moisture or damaging residues.

Manual cleaning is inherently limited by human error and the inability to reach complex geometries, such as the undersides of tables or the interior of ventilation systems. Atmospheric disinfection, utilizing mists, gases or hydrogen peroxide fogger machines, ensures that the disinfecting agent reaches every cubic inch of a space. This “volume-based” approach is essential for true biosecurity, especially when dealing with airborne pathogens or large-scale contamination.