in humid environments carbon filters lose efficiency rapidly
lava and biofilters fail to react to and treat peak emissions
UV-C and ozone lack the reactivity to handle all odors
Proven in real-world operation at wastewater treatment plants and pumping station with strongly fluctuation loads
The cleaning process is electrically powered and gains efficiency in humid environments
The power of the electrical components is actively regulated based on emission peaks
Hydroxyl radicals react within milliseconds with a broad mix of emissions
Lower odor emissions than a biofilter
Removal of odor concentration
Residual emissions of odor
1. Prepare
Creation of high concentrations of hydroxyl radicals prepare the airflow for treatment
2. Gas-phasefase advanced oxidation
Hydroxyl radicals react with, and thereby neutralise, the pollution
3. Post‑filtration
Reaction (by-)products are removed from the air through post-filtration
Our GPAO-powered air cleaners are specifically designed for odor-sensitive locations and provide year-round, reliable air treatment and odor control
Sulfides, amines, volatile fatty acids, and other odor compounds.
(Potential) substances of very high concern like ethanal and butadien
Pathogens like viruses, bacteria and fungi
Request a site assessment or download our product brochure
Or check our frequently asked questions
Curious what our AirShield can do for you? We’re here to answer your questions.
+31 (0)40 340 39 93
info@luper.tech
High Tech Campus 27, 5656 AE Eindhoven