ReSPR Technology does what no normal purification system can to continuously control fine air particles, airborne bacteria, VOCs and surface pathogens – safely & cost-effectively
Pathogen tests – Reduce up to 99.99% of mold, fungi, bacteria and viruses.
ReSPR actively reaches out & disinfects contaminated air & hidden surfaces (unlike normal purification systems)
Filter-Free & Chemical-Free
ReSPR does not require filter changes and also eliminates the need for masking & cleansing chemicals
It’s safe, and eco-friendly, using processes found in nature
Low Energy & Maintenance
It uses little power and needs negligible upkeep
New Ideas Proven In Space
ReSPR was developed for use in space stations, the most challenging indoor environment
ReSPR is used daily inside businesses across all industrial & commercial sectors, giving amazing, continuous results
ReSPR Technology is Active, Not Passive
The unique system reaches out to disinfect air particles and surfaces without the need to worry about incoming air or air exchange rates
Traditional Purification Systems
(filters, uv, ionization, wet scrubs)
ReSPR Air/Surface Purification
|The ReSPR Indoor Difference||Traditional
|Reduces particles under 0.3μm||–||+|
|Destroys 99.99% of pathogens & VOCs||–||+|
|Acts on surfaces||–||+|
|Eliminates stubborn odors||–||+|
HOW IT WORKS
Our revolutionary and unique technology uses up to 5 natural processes to recreate natural air conditions, indoors.
- Creates the same oxidation and ionization as naturally occurring sunlight, using UV light as a source of energy for our Natural Catalytic Conversion process.
- Combines these ionizing properties with photocatalytic reactions of specific rare and noble metals.
- Proactively sends out friendly oxidants to decontaminate all air & surfaces in a room (unlike other systems that rely on air to passively move through filters).
Based On Research By Nasa
ReSPR was developed for space missions to control ethylene gas, the natural aging & ripening accelerator emitted by plants that is highly damaging to them in enclosed spaces. The tiny particle size of the gas (below 0.3µm) meant that no existing filter could control it, apart from ReSPR of course.