Wireless Real Time Underground Car Parking Air Quality Monitoring System

Advanced Real - Time Monitoring for Safe & Sustainable Basement Parking

Modern cities rely heavily on underground and basement parking facilities to maximize space efficiency. However, these enclosed environments are highly susceptible to the accumulation of harmful vehicle emissions due to limited natural ventilation.Continuous vehicle movement, idling engines, and fuel combustion release pollutants that can quickly reach unsafe levels.

To address these challenges,Pro-Tec Geosystems Pte Ltd, delivers a reliable and intelligent Underground Car Parking Air Quality Monitoring System designed specifically for enclosed parking structures. Our system continuously monitors key pollutants and enables demand-based ventilation control to ensure safety, compliance,and energy efficiency.

Air quality solutions for Parking Spaces.

A complete solution for air monitoring, data analysis, and fresh air solutions for enclosed car parking areas and car lots.

Why Underground Car Park Monitoring is Essential

Underground parking facilities experience restricted airflow, allowing pollutants to buildup throughout the day. Without real-time monitoring and automated ventilation response, air quality may deteriorate rapidly, affecting occupant health and building compliance standards.

A properly designed Underground Car Parking Air Quality Monitoring System ensures:

24/7 real - time pollutant monitoring
Immediate detection of hazardous gas build - up
Automated ventilation system activation
Reduced health risks to occupants and staff
Compliance with environmental and building requirements
Optimized energy performance

Key Pollutants Monitored

Our solution focuses on critical pollutants commonly present in underground parkingenvironments:

PM 2.5 & PM 10 (Particulate Matter)

Particulate matter levels increase significantly in enclosed parking areas due to:

PM2.5 particles can penetrate deep into the lungs and bloodstream, while PM10 affectsthe upper respiratory tract. Continuous monitoring helps prevent prolonged exposureand ensures ventilation systems activate promptly when levels exceed safe thresholds.

Carbon Monoxide (CO)

Carbon monoxide is one of the most dangerous gases in underground car parks.

Continuous NOx monitoring helps maintain safe exposure levels and supports regulatory compliance.

Particulate Matter (PM 2.5 & PM 10 )

Fine part icles from diesel engines, brake wear, and tire friction accumulate in tunnels.

Real-time CO detection is critical because it can not be sensed by humans. When unsafe levels are detected, the system automatically triggers ventilation to restore safe air conditions.

Carbon Dioxide (CO ₂)

Carbon dioxide accumulates in enclosed parking areas due to:

Although CO₂is not toxic at low concentrations, elevated levels indicate poor ventilation performance. Monitoring CO₂improves airflow management and enhances the effectiveness of the overall car park air quality monitoring strategy.

Volatile Organic Compounds (VOCs)

VOCs originate from:

High VOC levels may cause irritation and unpleasant odors. Continuous monitoring supports healthier indoor conditions and early ventilation response.

Sulfur Oxides (SO ₂)

SO₂ gases are produced during fuel combustion and can accumulate in enclosed environments. Monitoring helps reduce exposure risks and maintain better air quality control.

Nitrogen Oxides (NO ₂)

NO₂ gases are generated during high-temperature engine combustion. These pollutants can irritate respiratory systems and degrade indoor air quality. Continuous monitoring ensures timely corrective action.

Intelligent Ventilation Control

Our car park air quality monitoring system integrates directly with mechanical ventilation and exhaust systems.

Instead of operating continuously, fans activate automatically when pollutant levels exceed configured thresholds. This demand-controlled ventilation approach provides:

Real - Time Monitoring & Data Access

The system includes:

High - accuracy industrial - grade sensors
Cloud - base d data platform
Live air quality dashboard
Historical data logging
SMS & email alerts
BMS integration capability

Facility managers can monitor pollutant levels remotely, generate reports, and maintainproper documentation for compliance purposes.

Benefits of Our Underground Car Parking Air Quality Monitoring System

Enhanced Health & Safety

Protects drivers, pedestrians, and maintenance staff from exposure to toxic gases and fine particles.

Energy - Efficient Operations

Demand - based ventilation reduces un necessary fan operation

Regulatory & Compliance Support

Accurate air quality data assists with inspections and environmental standards.

Improved Occupant Comfort

CO₂ monitoring ensures better airflow and fresher air quality.

Scalable & Customizable

Suitable for small residential basements to large commercial multi - level parking facilities.

Ideal Applications

Real - World Applications

The Underground Air Quality Monitoring System is ideal for:

No matter the scale,our tailored approach ensures that your parking facility maintains a healthy, safe, and compliant environment.

Frequently Asked Questions (FAQ)

1. Why is air quality a concern in parking lots?

Poor air quality in parking lots can have adverse effects on the health of drivers, pedestrians, and nearby residents. It can also contribute to environmental pollution and climate change.

2. What are the common sources of air pollution in parking lots?

The most common sources of air pollution in parking lots are exhaust fumes from vehicles, as well as dust and particulate matter from tires and brakes.

3. What are the health effects of poor air quality in parking lots?

Exposure to poor air quality in parking lots can cause respiratory problems, eye irritation, headaches, and other health issues. Prolonged exposure can also increase the risk of cancer and other chronic diseases.

4. How can air quality be improved in parking lots?

Air quality in parking lots can be improved by promoting the use of low-emission vehicles, implementing green infrastructure like trees and plants, continuous monitoring of air quality, installing air filtration systems, and improving ventilation.

5. What are some effective air quality monitoring solutions for parking lots?

Air quality monitoring solutions for parking lots can include sensor-based monitoring systems such as Prana Air monitors, real-time data analytics, and AQI mobile apps that provide users with air quality information.

6. How can air quality data collected in parking lots be used for research and public health purposes?

Air quality data collected in parking lots can be used to study the impacts of air pollution on human health and the environment. It can also inform public policy and regulatory decisions related to air quality.

Choose Pro - Tec Geosystem

With deep expertise in environmental instrumentation and monitoring solutions,Pro-Tec Geosystems Pte Ltd delivers robust, reliable and future-ready air quality monitoring systems. We support your project from design and installation to commissioning and ongoing maintenance-ensuring peace of mind and optimal performance.