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TDLAS Methane Detector
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A20 Vehicle-Based TDLAS Laser Methane Leakage Inspection System for Gas Networks

A20 Vehicle-Based TDLAS Laser Methane Leakage Inspection System for Gas Networks

Brand Name: AiLF
Model Number: A20
MOQ: 1
Price: $280000
Payment Terms: L/C,T/T
Supply Ability: 20 Units Per Month
Detail Information
Place of Origin:
Shandong,China
Certification:
ISO
PPB TDLAS Optics:
High PPB Sensitivity With Zero Exhaust Interference.
AI Filtering Engine:
Suppresses Background Noise To Lower False Alarms.
Drive-By Inspection:
Continuous Monitoring Without Stopping The Vehicle.
Real-Time GIS Mapping:
Live Visual Tracking Of Gas Plumes And Survey Routes.
CH4/C2H6 Analysis:
Separates Pipeline Gas From Landfill/organic Methane.
Smart Route Planning:
Optimizes Driving Paths To Maximize Daily Coverage.
Multi-Sensor Fusion:
Combines Optical Imaging With Spatial Gas Data.
Risk Data Analytics:
Logs Historical Trends For Predictive Maintenance.
Packaging Details:
60*40*35cmx2, 22kg
Supply Ability:
20 Units Per Month
Highlight:

PPB Level TDLAS Methane Detector

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Leakage Inspection TDLAS Methane Detector

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PPB Level gas methane detector

Product Description

Overseas Marketing Product Overview

The A20 Vehicle-Based Natural Gas Leakage Inspection System provides high-efficiency, ultra-sensitive mobile gas monitoring designed specifically for modern urban and cross-country natural gas pipeline networks. Operating on Tunable Diode Laser Absorption Spectroscopy (TDLAS) at a precise 1.65 um wavelength, the system targets methane’s specific absorption line. This narrow-band laser approach ensures zero cross-sensitivity to traffic exhaust, ambient industrial pollutants, or atmospheric moisture, completely eliminating zero-point drift.


Engineered for continuous non-stop pipeline screening, the system integrates high-precision GNSS positioning, multi-sensor environmental integration, and panoramic AI optical imaging. As the inspection vehicle drives along the survey path, onboard smart algorithms process concentration spikes, route geometry, and live imagery simultaneously. An integrated AI filtering algorithm isolates false positives caused by organic waste or transient vehicle emissions, ensuring that ground crews respond only to actionable natural gas threats.


The system automatically generates digital breadcrumb trails and spatial heatmaps in real time. By mapping methane concentrations directly onto interactive GIS layers, asset managers gain complete visual tracking of risk profiles, automated route planning, and full historical auditing to simplify regulatory compliance and optimize pipeline maintenance operations.


Techicial Parameters:


Model A20 Detection Subject Methane (CH4 I Ethane (C2H6)
Measuring Principle Mid infrared laser absorption spec roscopy Concentration Range 0-10,000 ppm(Methane) I 0-1,000ppm(Ethane)
Resolution
l ppb(Methane) I 0.5ppb(Ethane) Operating Temperature -20 ~ 60 °C
Response Time 1s Main Unit Weight 12 kg
Main Unit Dimension 300 x 300 x 243 mm Power Supply and Power Consumption 12V DC 120W
Positioning accuracy < lm Data Display Digital, Image, Geographic information image
 


A20 Vehicle-Based TDLAS Laser Methane Leakage Inspection System for Gas Networks

A20 Vehicle-Based TDLAS Laser Methane Leakage Inspection System for Gas Networks
A20 Vehicle-Based TDLAS Laser Methane Leakage Inspection System for Gas Networks
A20 Vehicle-Based TDLAS Laser Methane Leakage Inspection System for Gas Networks