SAN-AIR Technology
Efficacy & Validations
Independently tested and validated by TGA-accredited laboratories, UNSW, and Eurofins.
Product Efficacy
SAN-AIR™ gels and liquids have been independently tested and validated to work against pathogens. SAN-AIR™ provides the highest indoor air quality people can breathe 24/7 by employing cutting-edge, sustainable technology using natural ingredients extracted from plants.
How SAN-AIR Works
Bacteria
- 1.Bacteria travels in the air independently or on particles, such as dust
- 2.It reproduces by splitting to form more bacteria
- 3.SAN-AIR surrounds the bacteria and disrupts its membrane
- 4.The membrane is unable to reform, stopping the bacteria's ability to reproduce
Mould
- 1.Mould travels in the air independently or on particles, such as dust and pollen
- 2.As it travels it continues to release spores
- 3.SAN-AIR surrounds mould and spores, blocking them from receiving oxygen
- 4.Mould and spores die without leaving any mycotoxins
Virus
- 1.Viruses need to attach to a host, such as bacteria, in order to survive
- 2.Once they attach, the virus is able to multiply
- 3.SAN-AIR surrounds the virus and stops it from being able to attach to a host
- 4.This causes the virus to die off naturally
Indoor Air Quality
Australian Standard AS/NZS 3666.4 sets the indoor air quality threshold at 1,000 colony-forming units (CFU) per m³. The diagram below shows real-world CFU readings before and after SAN-AIR treatment.
Before SAN-AIR Gel
After SAN-AIR Gel
AS/NZS 3666.4 threshold: 1,000 CFU/m³ — SAN-AIR achieves well below this standard
Virus Eradication
The SAN-AIR technology uses a 3-pronged approach to eradicating viruses.
Kills the bacteria host of the virus
For over 100 years science has proven that viruses need to host in bacteria in order to survive. SAN-AIR eradicates the bacteria as well as the virus they can be hosting.
Removes the envelope of the virus
EUROFINS | AMS results show that the SAN-AIR technology in gel and liquid form, kill the virus when tested with methodology which measures the removal of the envelope of the COVID-19 virus.
Impacts the infectious genes of the virus
INNOLAB results show that both the SAN-AIR gel and liquid work on the infectious genes of COVID-19. Testing methodology used two methods of exposure:
- Liquid product was mixed to the sample so that the sample was homogenously exposed to the active compound
- Gel product was exposed to the surface portion of the sample
Overall, the product showed high efficacy to degrade the SARS-CoV-2 virus particle. The use of SAN-AIR gel and liquid products provide fast and continuous impact against COVID-19.
Airborne Virus Efficacy
The University of NSW (UNSW) has undertaken the world's first true aerosolised test, measuring the efficacy of anti-microbial agents against aerosols of pathogenic bacteria, fungus and a coronavirus.
Based on a new assay, aerosols containing Murine hepatitis virus MHV-1 (surrogate of SARS CoV-2) were introduced into a glass chamber and exposed to SAN-AIR Reactive Gel. The gel vapours came into contact with the suspended aerosols, resulting in a reduction of up to 78% in 10 minutes.
% Reduction of SARS-CoV-2 upon exposure to SAN-AIR Gel
SAN-AIR Gel Formulation
* TGA Accredited Laboratory
| Test Description | Organisms Tested | Laboratory | Result |
|---|---|---|---|
| Airborne Bacterial Efficacy | Micrococcus LuteusStaphylococcus CapitisStaphylococcus Hominis | AMS* 0606604 | 55% kill every 30 minutes |
| Airborne Bacterial Efficacy | Escherichia ColiPseudomonas AeruginosaStaphylococcus Aureus (Golden Staph) | Chemsil CAW/M/0908/C/003 | 83.5% kill in 60 minutes99% kill in 120 minutes |
| Airborne Sporacidal Efficacy / Disinfectant Test TGA Order 54/54A | Bacillus Subtilis ATCC 19659 | AMS* 0710795/1 | 99.99% kill in 6 hours |
| Airborne Fungicidal Efficacy / Disinfectant Test TGA Order 54/54A | Trichophyton mentagrophytes spores ATCC9533 | AMS* 0710795/2 | 99.9% kill in 60 minutes |
| Airborne Fungicidal Efficacy (Mould) | Aspergillus Niger | Chemsil CAW/M/0210/C/04 | 46.4% kill in 60 minutes62.5% kill in 120 minutes |
| TGA Disinfectant Test, Option C | Escherichia coli (ATCC 8196) | UNSW Global J084085 | 99.999% kill in 5 minutes99.999% kill in 30 minutes |
| TGA Disinfectant Test, Option C | Staphylococcus aureus (ATCC 4163) | UNSW Global J084085 | 99.954% kill in 5 minutes99.978% kill in 30 minutes |
| TGA Disinfectant Test, Option C | Listeria monocytogenes (UNSW 030800) | UNSW Global J084085 | 99.999% kill in 5 minutes99.999% kill in 30 minutes |
| TGA Disinfectant Test, Option C | Micrococcus luteus (NCTC 7743) | UNSW Global J084085 | 76.390% kill in 5 minutes95.921% kill in 30 minutes |
| SARS-CoV-2 Efficacy | COVID-19 RdRP gene | KALGen Innolab | 50% kill in 10 minutes |
| SARS-CoV-2 Efficacy | COVID-19 N gene | KALGen Innolab | 90% kill in 10 minutes |
| TGA COVID-19 Test — Testing of virucidal activity of disinfectants by surface carrier technique | COVID-19 SurrogateMurine hepatitis virus (MHV) 1 ATCC/VR-261 | Eurofins | AMS* AAH97852 | 99.995% kill in 10 minutes |
| Aerosolised Test measuring airborne efficacy | SARS-CoV-2 | UNSW Sydney | Kills up to 78% of COVID-19 in 10 minutes |
SAN-AIR Liquid Formulation
* TGA Accredited Laboratory
| Test Description | Organisms Tested | Laboratory | Result |
|---|---|---|---|
| TGA Disinfectant Test, Option A | Staphylococcus aureusEscherichia coliPseudomonas aeruginosaProteus vulgaris | Eurofins | AMS* AAL11274 | Passed TGA Test |
| TGA Disinfectant Test, Option B | Staphylococcus aureusEscherichia coliPseudomonas aeruginosaProteus vulgaris | Eurofins | AMS* AAL20612 | Passed TGA Test |
| TGA Disinfectant Test, Option C | Escherichia coliPseudomonas aeruginosa | Eurofins | AMS* AAI70897; AAK97235 | Passed TGA Test |
| AOAC Method 991.47, 991.48 and 991.49 (Hospital Grade Testing Criteria) | Escherichia coliPseudomonas aeruginosaSalmonella choleraesuis | Eurofins | AMS* AAL09194 | Passed Hospital Grade Testing Criteria |
| EN 1276 Dirty Conditions | Escherichia ColiPseudomonas AeruginosaStaphylococcus Aureus (Golden Staph)Enterococcus Hirae | Eurofins | AMS* AAJ20956 | 99.9999% kill in 1 minute |
| TGA COVID-19 Test — Testing of virucidal activity of disinfectants by surface carrier technique | COVID-19 SurrogateMurine hepatitis virus (MHV) 1 ATCC/VR-261 | Eurofins | AMS* AAH97851 | 99.995% kill on contact |
| SARS-CoV-2 Efficacy | COVID-19 RdRP gene | KALGen Innolab | 95% kill in 5 minutes98% kill in 30 minutes |
| SARS-CoV-2 Efficacy | COVID-19 N gene | KALGen Innolab | 97% kill in 5 minutes99% kill in 30 minutes |
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