Sniffer4D 1ppm NDIR CO2 Sensing
1ppm NDIR CO2 Sensing & Mapping Products
Quantitative CO2 Detection at 1 ppm Resolution
Traditional Solutions
Poor Flexibility in Deployment
Scenarios in energy, agriculture, solid waste treatment and scientific research include various sources of methane emissions, requiring a new device to reduce costs and improve efficiency.
Difficulty in Detecting Low Concentrations
Stationary monitoring equipment has limitations in detecting methane leaks at low concentrations.
Limited Work Scenario and Long Response Time
Laser scanning can be easily affected by object surfaces or obstacles.
The Sniffer4D 1 ppm CO2 solution provides a multidimensional sensing system that maximizes the use of airborne and ground-based mobile monitoring by capturing information on the three-dimensional distribution of CO2. As an innovative method of measuring carbon emissions “from the top down,” our solution can help companies, governments, and scientific institutes meet their carbon sensing needs, contributing to a carbon-neutral world.
Detection of Oil and Gas Plants
Detection of Plant Leakage (CH4 and CO2)
Scientific Research
Vertical Greenhouse Gas Profiling, Meteorological Analysis.
Environmental Protection
Location of Sources and Wells, Concentration Monitoring, Selection of Fixed Monitoring Site.
1ppm NDIR CO2 Sensing & Mapping System
Compatible with a variety of UAVs, supports up to 3 external modules for customized tasks with different configurations.
Advanced real-time data visualization and analytical software – Sniffer4D Mapper
Intuitive and insightful real-time information for decision making.
1ppm NDIR CO2 Sensing Module
Sniffer4D Mini2 base unit or Sniffer4D 1ppm TDLAS Methane Sensing & Mapping System required.
Short response time
The nondispersive infrared (NDIR) detection method offers advantages such as excellent gas selectivity and stability, fast response time, low cost, and high signal-to-noise ratio. It is also less affected by exposure to hazardous gases.
When infrared light passes through target gases, gas molecules absorb infrared light with a specific wavelength. In this case, the concentration of CO2 is determined by changes in the intensity of the light, according to Lambert-Beer’s Law.
Range
0~2000ppm
Resolution
1ppm(Static Noise Level <300ppb)
Detection Method
Non-dispersive infrared (NDIR)
Air Pump
IsokineticAir Intake
Conforming to
HJ870-2017
UAV-based 1ppm NDIR CO2 Monitoring Series
Integrated flexibly on mobile platforms such as UAVs and reconnaissance robots, a single device can meet
simultaneously the needs of mobile greenhouse gas monitoring both in the air and on the ground, facilitating the creation of a 3D monitoring network.
Built-in 4G connectivity for real-time data transmission to one or more points. Supports cluster communication.
Real-Time Data Analysis and Visualization
Sniffer4D Mapper software visualizes and analyzes data from one or more Sniffer4Ds in real time. Three types of visualization (2D grid map/ 2D isoline map/ 3D point cloud map) provide intuitive and detailed information for decision makers.
Delivering Results with One Click
After a mission, just click a button to generate a PDF report containing the main results, or a CSV file with all the raw data.
Post-Mission Analysis
Historical missions can be downloaded and uploaded to Sniffer4D Mapper for post-mission analysis, taking full advantage of the data for GHG analysis.
Complete Workflow
The complete workflow allows users to easily complete data collection and report work in one mission.
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