Dr. Rick Greenwood
UCLA Epidemiology and Microbiology, California COVID Task Force
Dr. Michael Keidar
George Washington University Plasma Engineering
Dr. Ronald Adrian
Arizona State University Energy, Matter and Sustainability
Dr. Michael Osborne
Chemical Engineering, Former President of Purafil Chemical Engineering
Ms. Kirsten Shaw
MS, Building Biologist Environmental Microbiology
Dr. Enrico DiVito
D.D.S., P.C.
Founder
of Arizona Center for Laser Dentistry, widely recognized innovator in the industry
Inventor of Photon Induced Photoacoustic Streaming (PIPS)
Co-author of Lasers in Endodontics
Dr. Jeffery Kenny
M.D. Pulmonary & Critical Care Medicine
Dr. Ana Moran
M.D. Infectious Disease Division, Arizona
Pulmonary Specialists Vice Chief of Medical Staff & Director of Infection Control Program
Dr. Renzo Cataldo
M.D. FACC, FHRS Cardiac Electrophysiology, Cardiovascular Disease, Internal Medicine
Dr. Patrick DeValeria
M.D. Cardiothoracic Surgeon, Mayo Clinic
Dr. Omar Viswanath, M.D.
Innovative Pain and Wellness
Clinical Professor of Anesthesiology, Creighton University School of Medicine
Clinical Professor of Anesthesiology, LSU Health Sciences Center School of Medicine
Dr. Omar Viswanath, M.D.
VP Global Operations TE Connectivity Sensors Division at TE Connectivity
BS Physics/Electronics
Intel Clean Room Architect and Design
Dr. Omar Viswanath, M.D.
Diagnostic Radiology, Subspecialty-Pediatric Radiology; American Board of Radiology
Member, American College of Radiology
Member, Society of Pediatric Radiology
Member, Radiological Society of North America
Member, American Academy of Anti-Aging, Metabolic and Functional Medicine
PuriFi Labs works closely with the board members on expanding science-based methods for validating the in-room, real-world performance of air purification products and strategies, and additional product development and lab testing, following high-level advice and scientific review.
The Scientific Advisory Board has released guidelines developed to simulate real-world testing environments to analyze real-world efficacy. Their expertise will guide researchers in advancing real-world efficacy testing of duct-mounted air-cleaning devices. These science-based facts will help standardize methods for testing used in comparing the real-world efficacy of various technologies such as UV, ionization, air filtration, and ventilation against airborne pathogens and particulates.