Continuous monitoring system for greenhouse gases in ambient air

NegotiableUpdate on 02/15

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The GW-2080 Environmental Air Greenhouse Gas Continuous Monitoring System is a greenhouse gas detection solution developed by Daren Technology based on infrared correlation wheel filtering (GFC) combined with long path gas absorption cell (L-Cell) technology. This product is a customized small-scale monitoring system developed based on the design requirements of air quality monitoring micro stations. It can achieve real-time and accurate online monitoring of greenhouse gases such as CO2, N2O, CH4, as well as meteorological parameters such as wind direction, wind speed, temperature and humidity, and air pressure in the atmosphere.

Product Details

measure gasCO2、CO、CH4

measurement range0-1000ppm、0-10ppm、0-10ppm

Technical PrincipleCRDS, GFC+L-Cell, or D-NDIR are optional

Application fieldVarious greenhouse gas emission sites

Application Scenario:

Mobile monitoring of regional greenhouse gas emission level survey

Greenhouse gas monitoring in public places such as airports, roads, and construction sites

Monitoring of greenhouse gas emissions levels in chemical industrial parks, livestock breeding plants, industrial plants and mines

The Ministry of Ecology and Environment, Meteorological Bureau, and Ministry of Natural Resources are monitoring the total amount of greenhouse gases in the atmosphere

GW-2080Continuous monitoring system for greenhouse gases in ambient airProduct Features

Multiple technologies are available, including cavity decay, cavity enhanced infrared, and enhanced non dispersive infrared.

Adopting modular design for easy maintenance and assembly.

Optional meteorological sensors can be equipped to achieve comprehensive data analysis of meteorological parameters and gas concentrations.

The system allows calibration operations such as zero point and span for gas modules.

Internal circulation heat dissipation and insulation structure, with constant temperature control design.

Users can achieve remote control and fault diagnosis through mobile networks (GSM/4G/5G) or local area networks (wired/wireless).

Compact size, small footprint, easy to transport and install, low energy consumption.

GW-2080Continuous monitoring system for greenhouse gases in ambient airTechnical principle:

The infrared light emitted by the light source alternately enters the gas pool through the GFC modulation wheel. One path is absorbed by bubbles filled with the gas to be measured, and the other path passes through bubbles without the gas to be measured. The two paths of light are converged by lenses and received by infrared detectors. After signal processing, the measurement signal and reference signal are obtained. By analyzing the two signals, the concentration of relevant components in the gas can be obtained.

Technical Indicators:

Measuring principle	CRDS (cavity ring down spectroscopy), GFC+L-Cell (cavity enhanced infrared), or D-NDIR (enhanced non dispersive infrared) detection technology
gas name	CO2	CO	CH4
measurement range	0-1000ppm	0-10ppm	0-10ppm
Typical accuracy	Typical accuracy of 420ppm: 5 minutes, 1σ≤200ppb	1 ppm typical accuracy: 5 minutes, 1σ≤30ppb	2ppm typical accuracy: 5min, 1σ≤5ppb
Zero drift (24 hours)	±2ppm	±100ppb	±50ppb
reproducibility	≤0.5%	≤0.5%	≤0.5%
linear error	±1%F.S.	±1%F.S.	±1%F.S.
response time	60 seconds	60 seconds	150 seconds
Low detection limit	≤100ppb	≤30ppb	≤25ppb