Proven Biosecurity Technologies That Work

Bacillus Globigii (Spore)(Same category as Clostridioides Difficile)
Testing completed against harder pathogens(Category of Mycobacterium Tuberculosis)
MS2 & Phi-X 174 (Non-Enveloped Viruses) (Same category as Norovirus, Polio & HAV [Hepatitis A Virus])
Aspergillus Niger (Fungi (Same category as Candida Auris & Trichophyton)
Staphylococcus Epidermis & Erwinia Herbicola (Bacteria) (Same category as MRSA, VRE & Acinetobacter)
Testing completed against harder pathogens (Category of H1N1 [Swine Flu] H5N8 [Bird Flu] & SARS-CoV-2)

ActivePure® Technology uses a proprietary process to continuously sanitize air and surfaces in real time—without the need for manual intervention or toxic chemicals. Originally developed for use in space travel, this NASA-derived innovation now helps protect agricultural operations, food processing facilities, and animal environments across the globe.

By transforming ambient air and humidity into powerful oxidizing molecules, ActivePure actively neutralizes bacteria, viruses, mold, and volatile organic compounds (VOCs) on contact. Unlike passive filtration systems that require pathogens to pass through a unit, ActivePure floods the entire space with pathogen-fighting molecules—making it ideal for high-risk areas like barns, feed rooms, and worker facilities. It's a safe, scalable, and low-maintenance solution trusted in both human and animal health environments.

Enveloped viruses, such as H1N1 (Swine Flu), H5N8 (Avian Influenza), and SARS-CoV-2 (COVID-19), represent some of the most highly transmissible and economically devastating pathogens in both human and animal health. These viruses are surrounded by a lipid membrane that makes them susceptible to oxidative disruption—offering a key point of intervention for advanced sanitization technologies. In livestock and poultry operations, where close quarters and high animal density can accelerate transmission, the ability to neutralize enveloped viruses before they spread is essential to protecting both animal welfare and business continuity.

BioFence’s partner technology, ActivePure®, has been independently tested and proven effective against SARS-CoV-2 on surfaces—achieving a 99.9% reduction within minutes. This level of efficacy positions ActivePure-powered systems as a powerful line of defense in agricultural and food processing settings. By continuously releasing oxidizing molecules into the air and onto surfaces, ActivePure targets enveloped viruses in real-time, offering proactive, non-toxic protection in spaces where traditional disinfectants fall short.

Testing comlpeted in August 2020 (surface) and December 2020 (airborne) has shown remarkable levels of reduction in the virus that causes COVID-19.

*Testing done at a 3rd party unafilliated laboratory with no connection to ActivePure or its affiliates.

**Testing was done at MRIGlobal, a 3rd party unaffiliated laboratory with no connection to ActivePure or its affiliates. The reduction percentages were measured incrementally over natural degradation of SARS-CoV-2. Outside of control group-over 99.9% reduction of the SARS-CoV-2 virus.

Pathogenic bacteria such as Staphylococcus epidermidis and Erwinia herbicola belong to the same risk category as well-known, hard-to-eliminate strains like MRSA, VRE, and Acinetobacter. These bacteria are particularly concerning in agricultural and food-handling environments due to their resistance to standard disinfectants and their ability to thrive on surfaces, equipment, and in the air. If not properly controlled, they can contribute to disease outbreaks, lower animal performance, and compromise overall biosecurity protocols.

BioFence’s technologies—including those powered by ActivePure®—target these tough bacterial threats through a combination of oxidizing molecules and continuous sanitization. Unlike conventional cleaning methods that offer only short-term surface-level results, ActivePure systems reduce bacterial contaminants in real-time, both in the air and on frequently touched surfaces. This helps prevent bacterial spread across animal housing, transport vehicles, processing areas, and veterinary facilities—offering measurable protection for people, animals, and operations alike.

Fungal contaminants like Aspergillus niger—classified alongside aggressive strains such as Candida auris and Trichophyton—pose a significant threat to agricultural, veterinary, and food-processing environments. These fungi thrive in humid, organic-rich settings, making barns, hatcheries, and prep areas ideal breeding grounds. Once established, fungal spores can be difficult to eliminate and may trigger respiratory issues, allergic reactions, and infections in both animals and humans. In food safety settings, they can also lead to spoilage, equipment contamination, and costly product recalls.

BioFence's sanitization technologies are designed to reduce fungal load at the source. Solutions powered by ActivePure® continuously release oxidative molecules that neutralize fungal spores in the air and on surfaces—without requiring manual intervention or leaving harmful residues. This continuous protection is especially critical in high-moisture environments where traditional cleaning falls short. By reducing fungal contamination in real time, BioFence helps maintain cleaner air, healthier animals, and safer production conditions year-round.

Non-enveloped viruses like MS2 and Phi-X 174 are among the most resilient pathogens in agricultural and food-handling environments. Unlike enveloped viruses, these strains lack a lipid membrane, making them highly resistant to many common disinfectants and environmental stressors. They belong to the same category as Norovirus, Polio, and Hepatitis A—viruses known for their ability to survive on surfaces for extended periods and cause widespread, hard-to-control outbreaks. In livestock operations, food processing facilities, and veterinary clinics, these viruses present serious risks to animal health, food safety, and public health compliance.

BioFence’s solutions are specifically engineered to address the unique challenge of non-enveloped viruses. ActivePure®-powered systems continuously deploy safe, oxidizing molecules into the air and onto surfaces—disrupting viral structures and reducing their presence in real time. Unlike surface-only cleaners or passive air filters, these systems actively neutralize pathogens where they live and spread. The result is a safer, more controlled environment that helps mitigate the risks associated with even the most durable viral threats.

99.999% reduction of of Airborne Contaminants after 60 minutes.

*New ActivePure® Medical Unit Testing Testing done at Aerosol Research and Engineering Laboratories, a 3rd party unaffiliated laboratory with no connection to ActivePure or its affiliates. Net Log Reduction of MS2 Bacteriophage Virus Bioaerosol

**New ActivePure® Medical Unit Testing Testing done at Aerosol Research and Engineering Laboratories, a 3rd party unaffiliated laboratory with no connection to ActivePure or its affiliates. Net Log Reduction Phi-X174 of Bacteriophage Virus Bioaerosol

Spore-forming organisms like Bacillus globigii, a surrogate for dangerous pathogens such as Clostridioides difficile, are among the most persistent contaminants in agricultural and clinical environments. These spores can survive extreme conditions—including heat, drying, and chemical exposure—making them exceptionally difficult to eradicate with conventional sanitization methods. In farm settings, spore contamination can compromise animal health, hinder productivity, and contribute to chronic sanitation challenges, especially in high-traffic or moisture-prone areas.

BioFence’s advanced sanitization systems, including those powered by ActivePure®, offer a continuous, non-toxic approach to reducing spore loads in real time. By releasing oxidative molecules like Dry Hydrogen Peroxide into the environment, these systems target spores on both surfaces and in the air—breaking down their protective outer layers and neutralizing their threat. This ongoing, automated defense is critical for environments where spore persistence could otherwise undermine biosecurity protocols and pose long-term risks to operational integrity.