Case Study: Indoor Air Quality Monitoring for Educational and Commercial Facilities

Industry: Education / Commercial Buildings / Retail / HealthcareEngagement Type: Indoor Air Quality (IAQ) Monitoring and Environmental Optimization

🧩 Challenge

An upscale educational institution sought to continuously monitor indoor air quality parameters including CO₂, temperature, humidity, total volatile organic compounds (TVOC), and particulate matter (PM2.5 and PM10).

The goal was to maintain a healthy and comfortable indoor environment for occupants and ensure compliance with recommended indoor air standards. The same challenge applies equally to commercial facilities, retail malls, office spaces, and hospitals, where occupant comfort and productivity are directly linked to air quality.

💡 Ai-DEA Labs’ Solution

Ai-DEA Labs provided a customized Indoor Air Quality (IAQ) solution to capture environmental data in real time.

The solution enables continuous tracking, alert generation, and historical data visualization, offering facilities the ability to assess trends and take proactive measures for air quality improvement.

Solution Highlights:

• Measurement of CO₂, temperature, humidity, TVOC, PM2.5, and PM10

• Real-time dashboards with configurable alerts

• Cloud integration for data logging and historical trend analysis

• Compact and elegant wall-mounted design suitable for indoor spaces

⚙️ Implementation

• 2 person-days of system study and site survey

• Implementation completed within one month

• Seamless integration with Ai-DEA Labs’ Environment Monitoring System (EMS) for centralized visibility

🚀 Results & Impact

• Delivered real-time and historical IAQ visibility for facility management teams

• Enabled data-backed maintenance scheduling and ventilation control

• Improved occupant well-being and productivity through proactive monitoring

• Established a scalable model suitable for educational, commercial, and healthcare environments

📊 Key Takeaway

Ai-DEA Labs’ smart IAQ monitoring solution empowers organizations to maintain healthier indoor environments, enhance occupant comfort, and achieve greater operational efficiency through continuous environmental intelligence.