Aerospec offers the Aerosol InfraRed (AIR) Monitor, a patented, stand‑alone device that automatically collects aerosol samples and performs near‑real‑time infrared spectroscopy to quantify particulate mass and detailed chemical composition, including source signatures and health‑relevant compounds. By delivering continuous, composition‑specific data without the need for auxiliary equipment, the system reduces analysis costs and turnaround time, enabling environmental agencies, municipal programs, research institutions, and industry to make data‑driven air‑quality policy and mitigation decisions.
Funding
$370K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Air quality monitoring often relies on expensive, bulky equipment that provides only bulk particulate mass measurements and requires manual sample collection and laboratory analysis, resulting in delayed, costly, and limited insight into the chemical composition and sources of aerosol pollution.
Solution
Aerospec’s Aerosol InfraRed (AIR) Monitor delivers near‑real‑time infrared spectroscopy of particulate matter, automatically collecting and analyzing aerosol samples to quantify both mass and detailed chemical composition, including source signatures and health‑relevant compounds. The patented collector design enables continuous operation without additional instruments, reducing analysis cost and turnaround time. By delivering actionable, composition‑specific data, the AIR monitor supports data‑driven policy decisions and targeted mitigation strategies for air‑quality management.
Target Audience
Primary customers include environmental monitoring agencies, municipal air‑quality programs, research institutions, and industries requiring continuous, composition‑specific particulate monitoring.
Features
- Automated aerosol collection and infrared spectroscopic analysis in a single, stand‑alone unit
- Real‑time quantification of particulate mass together with detailed chemical composition and source fingerprinting
- Patented collector design that eliminates the need for auxiliary sampling equipment
- Cost‑effective operation with reduced labor and laboratory expenses
- Integrated data output suitable for policy modeling, health impact assessment, and regulatory reporting