Intelligent Emission Monitoring Under Real-World Driving Conditions
MCT UAT Remote Sensing Emission Measurement System is a next-generation remote sensing platform designed to measure vehicle emissions in normal traffic without stopping vehicles or disrupting traffic flow.
Combining open-path infrared absorption spectroscopy, AI-powered vehicle recognition and digital data management, MCT UAT aims to support cities and public authorities with directly measured field data for emission monitoring and management.
Remote, real-time, data-driven emission analysis under actual traffic conditions.
Discover the Technology in Action
Watch our introduction video to explore the operating concept and technological infrastructure of the MCT UAT Remote Sensing Emission Measurement System.
Without Interrupting Traffic Flow Real-Time Emission Analysis
Conventional emission tests generally assess vehicle performance under controlled or inspection conditions. MCT UAT takes a different approach, aiming to collect emission data directly from vehicles in real-world traffic.
Uninterrupted Traffic Flow
Designed for remote emission measurement during normal traffic flow, without requiring vehicles to stop.
Real-Time Emission Data
Aims to measure vehicle emission performance under real-world driving conditions and convert the results into digital data.
Identification of High-Emission Vehicles
Supports identifying vehicles with high emission levels and analyzing potential tampering with emission control systems.
AI-Powered Vehicle Recognition
Uses license plate recognition and data analytics to help associate emission records with vehicle information.
Cloud and API Integration
Designed to support secure cloud-based storage of measurement results and data sharing through API infrastructure.
Data-Driven Emission Management
Provides a data infrastructure for analyzing traffic-related emission profiles at road, regional and city levels.
Multi-Gas Measurement with Advanced Sensing Technology
MCT UAT is being developed to analyze vehicle exhaust emissions under real-world driving conditions using open-path infrared absorption spectroscopy.
By evaluating measurements from multiple gas components together, the system aims to provide a more comprehensive analysis of vehicle emissions in actual traffic conditions.
MCT UAT How Does It Work?
MCT UAT is based on analyzing vehicles during normal traffic flow without stopping them. Combining remote sensing, vehicle recognition and digital data processing, the system supports the collection of emission data under real-world driving conditions.
Remote Sensing
As a vehicle travels in normal traffic, its exhaust emissions are analyzed using open-path optical measurement technology.
Gas Measurement
The system collects measurements for the target gas components and prepares the results for digital analysis.
AI-Powered Analysis
License plate recognition and data analytics support the evaluation of emission records and their association with vehicle information.
Digital Recording and Data Transfer
Measurement results are processed for digital storage and transfer to relevant platforms via encrypted cloud infrastructure and APIs.
Advanced Sensing Technologies and Intelligent Data Management
MCT UAT is being developed as an integrated platform combining remote emission measurement, artificial intelligence and digital data management.
Measurement and Sensing Technologies
- Remote gas measurement using open-path infrared absorption spectroscopy.
- Measurement capabilities targeting CO, CO₂, HC, NO, NO₂ and NH₃.
- Collection of emission data in real-world traffic without stopping vehicles.
- Analysis infrastructure for identifying high-emission vehicles.
- Analytical functions to support the detection of potential tampering with emission control systems.
Digital Systems and Environmental Monitoring
- AI-powered license plate recognition infrastructure.
- Digital recording and management of measurement results.
- Encrypted cloud systems and API-based data transfer.
- Development objectives for monitoring environmental parameters such as precipitation, particulate matter, pressure, temperature and humidity.
- Ongoing work on fixed and portable installation options for different field conditions.
Not Estimates, but Directly Measured Data
Passing an inspection or laboratory-based emission test may not fully reflect a vehicle’s emission performance under real-world driving conditions.
MCT UAT is being developed to help cities and relevant public authorities incorporate directly measured field data into emission management rather than relying solely on estimates.
This approach aims to improve visibility into traffic-related emission profiles and strengthen the data infrastructure for identifying vehicles with high emission levels.
Across Different Field Conditions Flexible Emission Monitoring
MCT UAT is being developed for deployment in various road and field conditions with fixed and portable installation options. The system aims to support emission analysis on specific roads, in urban areas and across larger geographic regions.
Urban Traffic Monitoring
Applications that support measuring vehicle emissions in dense urban traffic and establishing citywide emission data infrastructure.
Roadside Emission Measurement
Field applications for remote emission measurement at designated road sections without interrupting traffic flow.
Smart Cities and Regional Analysis
Data-driven environmental management applications focused on analyzing emission profiles at road, district and city levels.
More Measurable Emissions. More Sustainable Cities.
MCT Technic positions UAT not merely as a measuring device, but as part of a data-driven emission monitoring and management infrastructure for cities.
By combining sensing technologies, AI-powered vehicle recognition and digital data management, MCT UAT aims to support environmental decisions with more comprehensive field measurements and contribute to urban air-quality initiatives.
Discover the Future of Data-Driven Emission Management.
Contact MCT Technic to learn more about the technical infrastructure, development process and potential field applications of the MCT UAT Remote Sensing Emission Measurement System.
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