After the solution moves through the room and the hydrogen peroxide decomposes to water and oxygen, individuals can re-enter the room. In contrast, the IHP process begins with a low concentration hydrogen peroxide (less than 8%) solution that undergoes a conversion by passing through an atmospheric cold plasma arc creating a high concentration of Reactive Oxygen Species (ROS), specifically the Hydroxyl Radical. The Hydroxyl Radical violently pierces the cell. The now ionized particle is about 2 microns in size and will move around the room like a gas and float into cracks and crevices much more effectively than a larger particle. In this conversion, IHP is not the same as using a high concentration hydrogen peroxide vapor to fight problem microorganisms – it is much quicker in that it offers a near immediate kill, more effective across all problem microorganisms, and non-corrosive to the room structures and electronics. The Hydroxyl Radical violently pierces the cell wall of all unwanted microorganisms, viruses and molds on contact rendering them inactive. Currently, IHP comes in two distribution systems – a handheld direct spray Surface unit for high touch surfaces and a complete room fogging Environment system acts in the same manner as a gas, that is configurable to treat multiple spaces simultaneously.
The Efficacy: As lab-ready cleaning methods, both IHP and vaporized HP will get the job done. But the two products do have their differences. The vaporized HP application takes effect over the course of a 150 minute exposure and another five hours to aerate before re-entry. For labs and pharmaceutical facilities that need to turn over a room quickly, the lengthy duration will be problematic. Quicker turns mean less down time which translates to more profit for the organization. This is a major point where the IHP process has a distinct advantage. Using the comparable complete room fogging system, pharmaceutical facilities can get maximum results in as little as just over 75 minutes, over 75 minutes (including application time, contact time, and aeration time). In pharmaceutical manufacturing time is of the essence - facilities can’t be kept waiting while the room is cleaned for hours and days. They need fast access to clean facilities, and IHP delivers on that ability.
The Application: At first glance and to the average person, these two products appear quite similar - both use a mist, spray or fog to ready a healthcare facility or pharma manufacturing suite for use. The differences become clear upon looking at treatment times and the chemical ingredients in the solution used. In terms of best use, more discrepancies are apparent.
In general, vaporized HP requires more room setup and preparation to be effective. In addition to the time required, each room must be pre-treated and post-treated for humidity changes – especially facilities containing sensitive lab equipment. The space must be completely sealed, including vents, prior to use. In some cases, vaporized HP may cause paint blistering due to the concentration of hydrogen peroxide. Not only that, but the vaporized HP system using the high concentration of H2O2, is considered a hazardous material, which restricts how and where it may be stored and shipped. On the other hand, IHP requires no shipping precautions and can be stored in a cabinet or on a shelf wherever is convenient. The handheld portable Surface Unit is like no other in the world and provides a direct point and spray which does not require the room to be sealed, though, in order to build up concentration of ROS, the complete room fogging system does. However, both products are safe to use on any surface in any room, including those housing high-sensitivity instruments.
The Summary: Vaporized HP is an effective system for preparing a pharmaceutical manufacturing facility, under the right conditions. Ultimately, it will reduce the pathogens in facilities. But the lengthy time requirements, stringent shipping and storing regulations and relatively high concentration of hydrogen peroxide limit its capability as a high-volume, readily-available technique. While 30% H2O2 will kill pathogens you need to eradicate it will also degrade, damage and rust the materials and products inside the area being treated. Meanwhile, the IHP process, SteraMist™ BIT™ from TOMI Environmental Solutions, Inc. doesn’t come with those same drawbacks. It is a much simpler, faster system that delivers the same results without the unnecessary precautions. The best part, while using only 7.8% Hydrogen Peroxide to achieve the desired efficacy is that it will not corrode or damage materials, components or even electronics inside your facility. All things considered, between these two products, SteraMist™ BIT™ IHP delivers a better value. Steramist is quicker, safer, easier to use and will get you the results you need. Pharmaceutical manufacturers need a quick turnaround to bring the core back online and don’t want to worry about storing a shipping what amounts to a cleaning product - they just want the results, and fast. TOMI Environmental Solutions, Inc.’s SteraMist™ BIT™ IHP is state of the art and provides that relief. Contact us today to set up a demonstration of this game changing technology.