Luper Technologies provides air cleaning solutions specifically for wastewater treatment facilities using a patented gas-phase advanced oxidation process. Their AirShield system neutralizes toxic and odorous molecules like hydrogen sulfide and dimethyl sulfide, achieving over 99.5% removal rates. This technology ensures reliable odor control across all seasons while offering lower operational footprints and cost savings compared to conventional methods.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial facilities often struggle with toxic and odorous emissions from exhaust air, leading to environmental concerns, odor complaints from nearby communities, and potential regulatory issues. Traditional air cleaning methods may be ineffective, costly, or unsustainable in addressing these emissions.
Solution
Luper Technologies offers the AirShield system, a patented air cleaning technology designed to eliminate toxic and odorous emissions from industrial exhaust air. The system utilizes an advanced oxidation process based on hydroxyl radicals to neutralize toxic and odorous molecules, turning them into particles, and then removing these particles from the air. AirShield's sensor-driven power regulation prevents breakthrough emissions, even during peak loads, ensuring effective odor control. The plug-and-play system operates effectively under changing environmental conditions, providing a sustainable solution for reducing the environmental impact of industrial air pollution.
Target Audience
The primary target audience includes industrial companies, particularly wastewater treatment facilities and other odor-sensitive sites, seeking to eliminate toxic and odorous emissions and prevent odor complaints.
Features
- Patented advanced oxidation process using hydroxyl radicals for air cleaning
- >99.5% removal of hydrogen sulfide, dimethyl sulfide, and other odorous gases
- Automatic sensor-driven power regulation to prevent breakthrough emissions during peak loads
- Plug-and-play system unaffected by changing environmental conditions
- Three-step cleaning process: neutralization, conversion to particles, and particle removal
- Demonstrated removal of bacteria and viruses
- Reduced environmental footprint compared to traditional methods