Indoor Air Quality Monitoring
Indoor environments are complex chemical spaces. From household appliances to construction materials, volatile organic compounds (VOCs) can accumulate unnoticed. AROMA technology transforms how we study and understand indoor air, offering on-site, real-time data at laboratory sensitivity.
The Challenge
- People spend 90% of their time indoors.
- VOCs such as benzene pose health risks yet often go undetected.
- Traditional monitoring relies on delayed lab analysis and misses transient emissions.
The Solution
AROMA delivers continuous, high-resolution VOC monitoring, detecting background levels and short-lived spikes with precision that surpasses conventional methods.
Key Benefits
✓ Ultra-sensitive detection of VOCs at parts-per-trillion to parts-per-billion concentrations
✓ Portable, reliable, and low-maintenance design
✓ Captures momentary emissions from cooking, leaks, or chemical use
✓ Immediate results without waiting for lab analysis
✓ Validated by research at world-class institutions
Proven in the Field
- Stanford & PSE Healthy Energy: Detected benzene and methane from residential gas stoves.
- Purdue University: Monitored emissions from multiple indoor sources, including human activities.
- University of Kentucky: Demonstrated capability to study vapor intrusion, tracking compounds migrating indoors from soil, groundwater, and building materials.
Applications
- Indoor air research and public health studies
- Residential and occupational exposure assessments
- Building material and product testing
- Vapor intrusion and remediation research
- Evidence for policy and regulatory development
Why AROMA?
Real-time answers. AROMA combines lab-grade sensitivity with field-ready design, giving you clear, actionable insight into indoor air quality.
See what AROMA-VOC can reveal about your indoor environment.
