MCT Technic Intelligent Emission Technologies

Intelligent Emission Monitoring Under Real Driving Conditions

MCT UAT – Remote Sensing Emission Measurement System is a next-generation remote sensing platform designed to measure vehicle emissions under real driving conditions 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 provide cities and public authorities with directly measured field data to support evidence-based emission monitoring and management.

MCT UAT Remote Sensing Emission Measurement System
Emission Measurement Without Stopping Traffic

Remote, instantaneous, data-driven emission analysis in real-world traffic conditions.

6 Gases Targeted measurement of CO, CO₂, HC, NO, NO₂ and NH₃.
IR Open-path infrared absorption spectroscopy.
AI AI-powered license plate recognition and analysis.
API Encrypted cloud infrastructure and digital data transfer.
MCT UAT Technology

Real-Time Emission Analysis Without Interrupting Traffic

Conventional emission inspections primarily evaluate vehicle performance under controlled testing or inspection conditions. MCT UAT introduces a different approach by aiming to collect emission data directly from vehicles operating in real-world traffic environments.

Uninterrupted Traffic Flow

Designed to measure vehicle emissions remotely during normal traffic operation without requiring vehicles to stop.

Instantaneous Emission Data

Aims to measure vehicle emission performance under real driving conditions and convert the results into digital data.

High-Emission Vehicle Detection

Supports the identification of vehicles with elevated emissions and the analysis of potential emission control system manipulation.

AI-Powered Vehicle Recognition

Incorporates license plate recognition and data analytics capabilities designed to associate emission records with vehicle information.

Cloud and API Integration

Designed to securely store measurement results in cloud-based systems and support data exchange through API infrastructure.

Data-Driven Emission Management

Provides a foundation for analyzing traffic-related emission profiles across roads, districts and entire cities.

Emission Measurement Technology

Advanced Sensing Technology for Multi-Gas Measurement

MCT UAT is being developed to analyze vehicle exhaust emissions under real driving conditions using open-path infrared absorption spectroscopy.

By bringing together measurements from multiple gas components, the system aims to establish a more comprehensive foundation for evaluating real-world vehicle emission performance.

COCarbon Monoxide
CO₂Carbon Dioxide
HCHydrocarbons
NONitric Oxide
NO₂Nitrogen Dioxide
NH₃Ammonia
MCT UAT advanced remote emission measurement technology
Working Principle

How Does MCT UAT Work?

MCT UAT is based on analyzing vehicles as they move through normal traffic without requiring them to stop. The platform combines remote sensing, vehicle recognition and digital data processing technologies to support real-world emission data collection.

Working principle of the MCT UAT remote emission measurement system
01

Remote Sensing

As a vehicle moves through normal traffic, its exhaust emissions are analyzed using open-path optical measurement technology.

02

Gas Measurement

The system collects measurement data for targeted gas components and prepares the results for digital analysis.

03

AI-Powered Analysis

License plate recognition and data analytics functions are intended to support the evaluation of emission records.

04

Digital Recording and Data Transfer

Measurement results are designed to be digitally recorded and transferred to relevant systems through encrypted cloud and API infrastructure.

Technology Infrastructure

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 technologies.

Measurement and Sensing Technologies

  • Remote gas measurement using open-path infrared absorption spectroscopy.
  • Measurement capabilities targeting CO, CO₂, HC, NO, NO₂ and NH₃.
  • Real-world emission data collection without stopping vehicles.
  • Analysis designed to identify high-emission vehicles.
  • Functions intended to support the detection of emission control system manipulation.

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.
  • Targeted monitoring of additional environmental parameters, including rain, particulate matter, pressure, temperature and humidity.
  • Development focused on fixed or portable installations for different field conditions.
Real-World Field Data

Not Estimates, Directly Measured Data

Passing a vehicle inspection or laboratory-based emission test does not necessarily provide a complete picture of its emission performance under real-world driving conditions.

MCT UAT is being developed to help cities and relevant authorities move beyond estimates and incorporate directly measured field data into emission management processes.

This approach aims to improve the visibility of traffic-related emission profiles and strengthen the data infrastructure needed to identify vehicles producing elevated emissions.

Emission data under real driving conditions
Road-level and regional emission analysis
Identification of high-emission vehicles
Data-driven emission management
MCT UAT real-world vehicle emission data analysis
Application Areas

Flexible Emission Monitoring Across Different Field Conditions

MCT UAT is being developed for operation in a variety of road and field environments through fixed and portable installation configurations. The system aims to support emission data analysis across individual roads, urban areas and wider regions.

MCT UAT urban traffic emission monitoring

Urban Traffic Monitoring

Applications designed to measure vehicle-related emissions in busy urban traffic and support the development of city-wide emission data.

MCT UAT roadside emission measurement application

Roadside Emission Measurement

Field applications developed for remote emission measurement along selected road sections without interrupting traffic flow.

MCT UAT smart city and regional emission data management

Smart Cities and Regional Analysis

Data-driven environmental management applications focused on evaluating emission profiles across roads, districts and urban regions.

Sustainable Mobility

More Measurable Emissions. More Sustainable Cities.

MCT Technic positions UAT not merely as a measurement device, but as part of a data-driven emission monitoring and management infrastructure for cities.

Bringing together sensing technologies, AI-powered vehicle recognition and digital data management, MCT UAT aims to support environmental decision-making with more comprehensive field measurements and contribute to efforts to protect urban air quality.

Intelligent Emission Monitoring Technology designed to measure vehicle-related emissions under real-world traffic conditions.
Data-Driven Management Digital infrastructure intended to help cities and authorities evaluate emission profiles.
Sustainable Mobility A next-generation approach aimed at improving the understanding of traffic-related environmental impacts.
MCT Technic UAT Solutions

Discover the Future of Data-Driven Emission Management.

Contact MCT Technic to learn more about the technology behind the MCT UAT Remote Sensing Emission Measurement System, its development process and potential field applications.

MCT Technic – Mobility · Emission · Sensing · Digital Systems