Greenhouse Gas Online Continuous Monitoring System

Product Description

The Model TK-1000 Greenhouse Gas Continuous Emission Monitoring and Analysis System is a fixed emission source monitoring system developed in response to the current status of greenhouse gas emission monitoring, providing data support for achieving the goals of “carbon peaking” and “carbon neutrality”. The emission volume can be obtained simply by directly measuring the concentrations of gases such as CO₂, CH₄ and N₂O, as well as parameters including flue gas flow rate and humidity, which greatly improves data accuracy. Featuring a modular design and simple operation, the system has distinct advantages.
The system can realize real-time, accurate and automatic carbon emission accounting. Compared with carbon emission data obtained via material balance calculation, it uses real-time monitoring data to establish a carbon emission accounting methodology based on monitoring data, which can further improve the accuracy and real-time performance of carbon emission accounting data.

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Model

TK-1000

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Technical Specifications

Measured Parameters: CO₂, CH₄, N₂O, O₂, temperature, pressure, flow rate, humidity
Measurement Methods:
- CO₂: Non-Dispersive Infrared (NDIR) Method
- CH₄, N₂O: Gas Filter Correlation (GFC) Infrared Spectroscopy
- O₂: Zirconia / Electrochemical Method
- Temperature: Platinum Resistance / Thermocouple
- Pressure: Piezoresistive Method
- Flow Rate: Pitot Tube / Ultrasonic Method
- Humidity: Capacitive-resistive Method
Measuring Range:
- CO₂: 0–30%, Linearity Error: ≤±2% F.S.
- O₂: 0–25%, Linearity Error: ≤±2% F.S.
- Temperature: 0–300℃, Linearity Error: ≤±3℃
- Pressure: -5–+5 kPa / -10–+10 kPa, Linearity Error: ≤±2% F.S.
- Flow Rate: 4–40 m/s, Linearity Error: ≤±2% F.S.
- Humidity: 40 vol%, Linearity Error: ≤±15% F.S.

Technical Advantages

Flexible configuration: it can be supplied as a complete set, or CO₂, CH₄ and N₂O analysis modules can be added to the existing CEMS online monitoring system.
Components have undergone years of application testing, featuring stability and durability.
The protocol complies with the HJ/T 212-2017 transmission standard.
High resolution and convenient maintenance.
Modular design, intelligent operation, long service life and low maintenance workload.