Testing done by Florida International University | Peer-reviewed in Nature's Scientific Reports, an open-source journal of natural sciences, psychology, medicine and engineering

Results from a 6-week small chamber study demonstrated that breathing air cleaned by a PECO filter led to better control of cat dander allergies compared to air cleaned by a HEPA filter.

Florida International University is an independent laboratory and this experiment was supported by Molekule Group, Inc. 

Testing done by University of Minnesota College of Science and Engineering and College of Veterinary Medicine | Peer-reviewed in Indoor Air, the International Journal of Indoor Environment and Health

Results demonstrated that Molekule Air Mini was able to significantly inactivate concentrations of bovine and porcine coronavirus, as well as H1N1 influenza, following a single-pass wind tunnel test of the aerosolized viruses.

University of Minnesota is an independent, third-party testing laboratory. Molekule air purifiers have not yet been tested on COVID-19.

Testing done by Aerosol Research and Engineering Labs (ARE)

Results demonstrated that Air Pro RX PECO-Filters lead to a significant degree of destruction of MS2 Bacteriophage.

ARE is an independent, third-party testing laboratory. Test was conducted on a PECO-Filter in a testing environment.

Testing done by Aerosol Research and Engineering Labs (ARE)

Results demonstrated that Molekule’s PECO technology was able to significantly reduce concentrations of MS2 bacteriophage virus, following a single injection of the aerosolized virus into a chamber.

ARE is an independent, third-party testing laboratory.

Testing done by Intertek

Results demonstrate that Molekule’s PECO technology was able to significantly reduce concentrations of virus PhiX174 following a single injection of the aerosolized virus into a chamber.

Intertek is an independent, third-party, nationally recognized testing laboratory.

Testing done by Lawrence Berkeley National Laboratory

Experiment by a National Laboratory on Molekule Air over days of continuous operation. Molekule Air was challenged in a controlled environment on concentrations of pollutants typically encountered indoors. Performance on volatile organic compounds (VOCs) and ozone was investigated in addition to assessment for possible formation of byproducts.

Lawrence Berkeley National Laboratory is an independent, third-party, national laboratory.

Testing done by Intertek

Testing shows Molekule Air and Molekule Air Mini reduce concentrations of particulate matter after a short time in a sealed chamber.

Intertek is an independent, third-party, nationally recognized testing laboratory.

Testing done by Intertek

Testing shows Molekule Air and Molekule Air Mini reduce concentrations of formaldehyde, toluene, and D-limonene after a short time in a sealed chamber.

Intertek is an independent, third-party, nationally recognized testing laboratory.

Testing done by Aerosol Research and Engineering Labs (ARE)

Testing reveals Molekule’s PECO Technology successfully destroys mold, bacteria and viruses.

ARE is an independent, third-party testing laboratory.

Testing done by University of Minnesota Particle Calibration Laboratory, University of South Florida Clean Energy Research Center & University of Florida Disinfection and Sterilization Laboratory

PECO, Photo Electrochemical Oxidation, is a patented air purification process that breaks down pollutants at a molecular level. Over years of research and development, many reports and studies have been published on the technology by third party testing laboratories. This white paper provides an overview of the results of this testing.

Test was conducted on a PECO-Filter in a testing environment. Author Dr. Yogi Goswami is a distinguished professor at University of South Florida and Molekule Chief Scientist. Author Dilip Goswami is President and CTO of Molekule.

Testing done by University of Minnesota Particle Calibration Laboratory

Testing shows PECO technology outperforms carbon filters and reduces VOCs to undetectable levels in 90 minutes.

Test was conducted on a PECO-Filter in a testing environment. University of Minnesota is an independent, third-party testing laboratory. Testing conducted at University of South Florida Clean Energy Research Center, where Molekule Chief Scientist Dr. Yogi Goswami is a distinguished professor. Dr. Goswami did not participate in this study.

Testing done by Intertek and University of Minnesota Particle Calibration Laboratory

Testing shows PECO technology doesn’t produce ozone as a byproduct and actually reduces it in the air.

Intertek is an independent, third-party, nationally recognized testing laboratory. Testing conducted at University of South Florida Clean Energy Research Center, where Molekule Chief Scientist Dr. Yogi Goswami is a distinguished professor. Dr. Goswami did not participate in this study.

Published in the Journal of Allergy and Rhinology in 2018.

Author Jennifer Wong is an employee at Molekule. Author Dr. Nikhil Rao is a medical advisor to Molekule.

Testing done by University of Minnesota College of Science and Engineering and College of Veterinary Medicine | Peer-reviewed in Indoor Air, the International Journal of Indoor Environment and Health

In the last several years, a growing body of scientific evidence has indicated that the air within homes and other buildings can be more seriously polluted than the outdoor air in even the largest and most industrialized cities.”- US EPA. These conditions have raised concerning health consequences. This white paper summarizes multiple studies on indoor air pollution and the health effects.