Odours can linger persistently in enclosed spaces, and traditional cleaning methods often fail to address their root causes, especially if pathogens or organic molecules are embedded on surfaces or remain in the air. BioSweep technology, a cutting-edge system using an innovative five-step process, has emerged as a scientifically backed solution for achieving permanent odour removal and microbial decontamination. Through its portable, non-toxic, and environmentally safe system, BioSweep effectively targets both airborne and surface-bound contaminants, making it suitable for residential, commercial, and vehicle environments.
Understanding BioSweep Technology: Phocatox and Photocatalytic Oxidation
At the core of BioSweep technology is Phocatox, a breakthrough in surface contamination destruction. This system leverages photocatalytic oxidation (PCO), a powerful chemical process that mimics natural sunlight's ability to purify and disinfect. Photocatalytic oxidation involves the interaction of ultraviolet (UV) light with a catalyst, typically titanium dioxide, which accelerates the breakdown of organic compounds and pathogens. BioSweep’s unique approach expands on traditional PCO by integrating a multi-oxidation process, maximising decontamination effectiveness and ensuring comprehensive odour neutralisation.
The BioSweep Process: Five Steps to Complete Contaminant Elimination
HEPA Filtration
BioSweep's process begins with HEPA filtration, which captures up to 99.97% of particles, including dust, pollen, and other microscopic contaminants. This step is vital for removing particulates that can act as carriers for bacteria or viruses, laying the groundwork for deeper oxidation and ensuring the air is free of harmful particles.Hydroxyl Radical Production
Hydroxyl radicals (OH) are among nature’s most effective oxidising agents, with the capacity to react with a wide range of organic molecules and pathogens. Through BioSweep, hydroxyl radicals are produced and immediately interact with airborne contaminants, neutralising odour molecules and breaking down harmful microorganisms at the molecular level. These radicals mimic natural cleansing processes, such as those that occur in Earth's atmosphere, thus providing a safe and non-toxic way to disinfect.Purified Ozone (O₃) and Hydrogen Peroxide (H₂O₂) Generation
In the next step, BioSweep generates purified ozone and hydrogen peroxide, both of which are powerful oxidising agents with demonstrated effectiveness in destroying volatile organic compounds (VOCs) and pathogens. Ozone molecules attach to odour-causing compounds and oxidise them, while hydrogen peroxide serves as an antimicrobial, targeting bacteria, fungi, and viruses. Together, these elements work in synergy to eradicate pathogens and neutralise odours across a variety of surfaces and materials.Singlet Oxygen and Oxyradical Plasma Production
This advanced oxidation step introduces singlet oxygen, a high-energy form of oxygen, and oxyradical plasma, which intensify the disinfection process by rapidly degrading contaminants. Singlet oxygen is highly reactive, effectively breaking down organic materials and pathogens, while oxyradical plasma generates a range of oxidants that eliminate resistant odour compounds and microbial cells. This stage is especially effective for persistent odours and deeply embedded contaminants, ensuring thorough decontamination.Sterilising Germicidal UVC Radiation
The final step in the BioSweep process employs germicidal UVC radiation—a method used in medical and laboratory settings for its efficacy in sterilising surfaces and air. UVC light at specific wavelengths disrupts the DNA and RNA of microorganisms, rendering them unable to reproduce or spread. This provides an added layer of security, as it destroys any remaining pathogens that may have withstood prior oxidation processes.
The Science of Safety and Portability
BioSweep’s entire process is conducted from a portable unit, which makes it adaptable to any space, regardless of size or type. The equipment is engineered for efficient, on-site deployment, eliminating the need for harsh chemicals and reducing the environmental impact associated with traditional decontamination methods. BioSweep’s use of advanced PCO and its synergy of oxidation technologies enable a safe, non-toxic alternative for odour and pathogen removal, leaving treated areas free from harmful residues and completely restored.
Applications of BioSweep Technology
Thanks to its scientific foundation and versatile system, BioSweep technology can address a wide range of odour and contamination challenges across numerous settings:
Homes and Apartments: Effective against pet, smoke, and cooking odours, while eliminating allergens and pathogens.
Vehicles and Public Transport: Removes persistent odours from upholstery and interior surfaces and provides thorough microbial decontamination.
Commercial Spaces and Offices: Enhances air quality by eliminating mould, mildew, and other contaminants that may compromise employee health.
The Future of Decontamination
BioSweep’s application of photocatalytic oxidation, alongside HEPA filtration, UVC sterilisation, and multi-oxidation technology, marks a scientific advancement in the field of odour and pathogen control. Its robust and environmentally friendly design sets a new standard for the industry, offering peace of mind to those who seek long-lasting cleanliness and sanitation.