iGAS-V1
iGAS-V1

Delivers unparalleled accuracy and sensitivity, achieving exceptional PPB-level precision for key gases such as methane (CH) and ethane (CH), and setting a new benchmark for the industry.


Capable of detecting gas leak points at distances of up to 150 meters under favorable conditions (non-upwind positioning and sufficient gas concentration). Under typical operating conditions, reliable detection is achievable at distances of up to 100 meters, significantly improving inspection efficiency.
main features
Integrated GNSS and Inertial Navigation Position System
Integrated Meteorological Station System
Onboard Remote Sensing Gimbal
Gas Sampling Pre-Treatment System
Integrated GNSS and Inertial Navigation Position System
Integrated Meteorological Station System
Onboard Remote Sensing Gimbal
Gas Sampling Pre-Treatment System

Integrated GNSS and Inertial Navigation Position System

Integrated Meteorological Station System

Onboard Remote Sensing Gimbal

Gas Sampling Pre-Treatment System

Application
Scenarios
Routine Gas Pipeline Patrol and Preventive Inspection
Routine Gas Pipeline Patrol and Preventive Inspection
Gas Pipeline Construction Planning and RouteAssessment
Gas Pipeline Construction Planning and RouteAssessment
Pipeline Risk Identification and Hidden Hazard Investigation
Pipeline Risk Identification and Hidden Hazard Investigation
Emergency Response and Rapid Repair Support
Emergency Response and Rapid Repair Support
Gas SafetyAssurance for Major Events and Important Meetings
Gas SafetyAssurance for Major Events and Important Meetings
Product Specifications
iGAS-V1
Core Sensor
Detection PrincipleMid-infrared laser absorption spectroscopy
Sampling MethodPump-aspirated
Detected GasesSimultaneous detection of methane (CH₄) and ethane (C₂H₆)in a single measurement
Real-time System DisplayGas concentration (methane, ethane), map, time, trajectory, suspected leak area indication
Startup Time≤10min
Response Time≤1s
Detection RangeMethane: 0ppb~10000ppm; Ethane: 0ppb~1000ppm
SensitivityMethane0.1ppb/s; Ethane0.1ppb/s
Sampling Pump FlowRate20L/min
Sample Draw Time0.1s
Protection RatingIP66
Hardware Configuration
Power SupplyVehicle-mounted 12V power supply
Maximum Operating Vehicle Speed≤80 km/h
DataAcquisition & Processing Module2.0 GHz CPU; 4 GB RAM; 128 GB Storage
TabletAndroid OS; 8 GB RAM; 256 GB Storage
Weather Sensor
Wind Speed MeasurementRange: 0.1-60 m/s
MeasurementAccuracy±3% (up to 40 m/s), ±5% (up to 60 m/s)


Positioning System
Positioning MethodGPS
Update Frequency20Hz


Data Processing
Data InterfaceProvides data interface for gas concentration (methane, ethane), vehicle speed, map, time, trajectory, and suspected leak area indication
Storage SolutionDual-StorageArchitecture: Local and Server Storage, with Historical Data Stored Locally for 2 Years


Turning Gas Detection Data
into Actionable Insight
with One App
01. Automatic Mapping of Leak Coordinates
Using GIS geolocation and a high-precision mapping engine, the app links gas detection data with spatial information in real time, automatically pinpointing and mapping abnormal gas leak locations for safer and more efficient inspection operations.
02. Automatic Mapping of Leak Coordinates
Using GIS geolocation and a high-precision mapping engine, the app links gas detection data with spatial information in real time, automatically pinpointing and mapping abnormal gas leak locations for safer and more efficient inspection operations.
03. Automatic Mapping of Leak Coordinates
Using GIS geolocation and a high-precision mapping engine, the app links gas detection data with spatial information in real time, automatically pinpointing and mapping abnormal gas leak locations for safer and more efficient inspection operations.
04. Automatic Mapping of Leak Coordinates
Using GIS geolocation and a high-precision mapping engine, the app links gas detection data with spatial information in real time, automatically pinpointing and mapping abnormal gas leak locations for safer and more efficient inspection operations.
05. Automatic Mapping of Leak Coordinates
Using GIS geolocation and a high-precision mapping engine, the app links gas detection data with spatial information in real time, automatically pinpointing and mapping abnormal gas leak locations for safer and more efficient inspection operations.
01. Automatic Mapping of Leak Coordinates
02. Automatic Mapping of Leak Coordinates
03. Automatic Mapping of Leak Coordinates
04. Automatic Mapping of Leak Coordinates
05. Automatic Mapping of Leak Coordinates
common
question

1. What is the gas detection principle used in this product?

The system is based on mid-infrared laser absorption spectroscopy. It utilizes the characteristic  absorption peaks of methane and ethane in the mid-infrared spectrum and calculates gas concentration according to the Beer–Lambert law.

2. What does the C2/C1 parameter represent?

It represents the ratio of ethane (C₂H₆) to methane (CH₄). This ratio helps distinguish natural gas from other hydrocarbon sources, such as vehicle exhaust.

3. Can the software be customized to meet customer requirements?

Yes, software customization is supported upon request.

4. What types of vehicles are supported by iGAS-V1?

iGAS-V1 is compatible with both electric vehicles and fuel-powered vehicles. The onboard module  system operates directly using the vehicle’s battery, requiring no additional power supply, which enables flexible and straightforward vehicle installation.

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