Browse our resource library for lab tests, case studies, white papers, submittals, and product manuals.
Plasma Air 102C was shown to reduce over 98.6% total volatile organic compounds (TVOC), 95.3% formaldehyde, 95.3% airborne bacteria and 96.3% particulate.
Plasma Air's D5 needlepoint ionizer cartridge used in the 7000 series and Plasma BAR was shown to reduce Staphylococcus aureus (91.50%), Pseudomonas aeruginosa (99.99%), Escherichia coli (91.15%) and Bacillus subtilis var. niger (89.30%).
Plasma Air's D5 needlepoint ionizer cartridge used in the 7000 series and Plasma BAR was shown to reduce Escherichia coli (99.43%), Staphylococcus aureus (81.67%), Aspergillus niger (97.14%), Candida albios (97.69%) and Cladosporium cladospoioides (36.27%).
Plasma Air 101C was shown to have the highest Clear Air Delivery Rate (CADR), 125.0 CFM, among five competing devices.
Plasma Air 101C was shown to reduce airborne dust particles (decay rate 85.8%) and Aspergillus fumigatus mold spores (decay rate 91.1%).
Plasma Air's D5 needlepoint ionizer cartridge used in the 7000 series and Plasma BAR was shown to reduce Influenza A (H1N1) 86.6%.
Plasma Air 7000 series passed standard UL testing with a maximum ozone concentration of 0.001 ppm.
Plasma Air 101D and 201D achieved net log reductions of 3.4 and 3.5 within 3 hours against aerosolized Staphylococcus epidermidis.
Plasma Air HVAC Technology improved air quality for employees and customers by reducing VOCs in 130,000 square foot casino.
Plasma Air’s PlasmaSoft™ helps Atlas Design & Engineering Inc. reduce outside air intake and associated equipment costs in client buildings.
Plasma Air bipolar ionization technology reduced odor, mold and fungus in a grow facility.
Plasma Air HVAC Technology eliminates odors in 6000 square foot fitness facilities at Dorman High School.
Air quality assessment to measure airborne ammonia levels following installation of Plasma Air ionization technology.
Plasma Air bipolar ionization technology improves yield and controls odor in over 20 grow rooms.
Plasma Air HVAC Technology improved air quality for employees and customers by reducing VOCs in 35,000 square foot casino.
Plasma Air bipolar ionization technology improves yield, reduces bacteria CFM and removes odor in a cannabis grow facility.
Plasma Air HVAC Technology improved air quality and eliminated all odor complaints from customers and employees.
Plasma Air HVAC Needlepoint Technology treats almost 80,000 CFM supply exceeding IAQ expectations with little to no maintenance costs.
Air quality assessment to validate performance.
Plasma Air technology was shown to be superior against other products in smoke reduction in hotel rooms.
Plasma Air ionization technology controls mold and odor and saves 200 gallons of water/day and $6000 year in maintenance.
Plasma Air HVAC Technology created a healthier breathing environment for patrons and employees in a 30,000 square foot casino.
Plasma Air technology improved air quality by reducing odors, particles and toxins in a 1950's university biology building.
Plasma Air cleans and reduces outside air for new VRF system at Virtua Center for Weight Loss.
This white paper reviews indoor air purification technologies that allow reduced outdoor air intake rates while maintaining acceptable levels of indoor air quality.
This white paper discusses the applications of air ionization for control of VOCs and PMx.
This white paper is about the control of volatice organic compounds (VOCs) and particulate matter (PMx) in indoor airports by bipolar air ionization.
This 1-page guide is intended to guide odor control/tube product selection based on a range of pollutant load factors and CFM.