DeCarbon Air
DeCarbon Air provides the Air Perfecter™, a retrofit‑ready system that captures CO₂, eliminates 14 harmful pollutants, and reduces building energy waste in a single unit. The technology is designed for existing structures, enabling owners to improve indoor air quality while contributing to carbon removal and sustainability goals.
- Clean Technology
- Hardware
Funding
Founders
Product
Problem
Commercial buildings often rely on traditional HVAC systems that consume significant energy for ventilation while providing limited removal of carbon dioxide and indoor pollutants. This results in higher operating costs, reduced indoor air quality, and difficulty meeting sustainability targets.
Solution
DeCarbon Air offers the Air Perfecter™, a retrofit‑ready unit that integrates directly with existing HVAC infrastructure to capture CO₂, eliminate 14 harmful pollutants, and reduce energy waste. The compact system operates within standard ventilation design limits, allowing buildings to lower ventilation rates without compromising air quality. By simultaneously improving indoor air quality and removing carbon, the technology helps property owners achieve carbon‑reduction goals and lower utility expenses. The solution is delivered as a single, plug‑in module, simplifying installation and minimizing disruption to building operations.
Target Audience
Primary customers are owners and operators of commercial office buildings, hotels, and retail facilities seeking to improve indoor air quality while meeting carbon‑reduction and cost‑efficiency objectives.
Features
- Integrated CO₂ capture technology combined with multi‑pollutant filtration in one unit
- Removal of 14 specific indoor contaminants, including volatile organic compounds and particulates
- Energy‑saving design that reduces ventilation demand and associated HVAC power consumption
- Retrofit‑ready form factor compatible with standard commercial HVAC ducts and controls
- Real‑time monitoring interface for CO₂ levels, pollutant concentrations, and energy savings
- Compact, standalone module requiring minimal space and no major system redesign