Submicron Vapor Decontamination Technology

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The Best of Conventional Gas & Fog Methods Combined!

DryDecon™ Technology converts certified decontaminant or disinfectant solutions into a submicron aerosol vapor which, due to its smaller particle size, diffuses throughout an enclosed space evenly, won’t leave surfaces wet, and removes contaminants that linger within microscopic surface cracks.

Gas

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DryDecon Technology

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Fog

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Gas

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Fog

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DryDecon Technology

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DryDecon Technology

DryDecon™ Technology is our patented approach to decontamination and disinfection that involves rapidly converting any certified solution into a submicron aerosol that evenly diffuses throughout an enclosed space.

Systems built using DryDecon™ Technology can reach and neutralize chemical and biological (bacterial, viral, and spore) contaminants, destroying nearly all traces of harmful agents hiding within surface cracks and microscopic crevices.

Due to being compatible with a wide range of decontaminant and disinfectant solutions, DryDecon™ Technology has the capability to serve as the primary treatment strategy for COVID-19, Avian Influenza, Clostridium Difficile (C.Dif.), Salmonella, Staphylococcus (Staph), Escherichia coli (E. Coli), Sulfur Mustard (HD), as well as various other blistering gases, nerve agents, and similar threats.

Laboratory & Scientific Validation

DryDecon Technology Explained:

Traditional Decontamination Procedures are Obsolete

Traditional decontamination systems convert decontaminant or disinfectant solutions into a fog comprised of large particles that quickly fall to the ground after being released. As a result, dispersed particles are not spread evenly, do not penetrate deeply into surfaces, and cannot reach distant or elevated objects.

Traditional Decontamination Methods
Advanced Decontamination Methods

DryDecon Technology Solves Your Toughest Decontamination Challenges

DryDecon™ Technology resolves these issues by reducing the average size of the dispersed particles. The solution is converted into a lighter submicron aerosol vapor which spreads further and more evenly. This technique ensures that all airspace, surfaces, and objects are disinfected and decontaminated at a microscopic level

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