Product Details
Place of Origin: CHINA
Brand Name: BOEN FIRE
Model Number: U8、U2、U6、U9
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: Negotiable
Delivery Time: 15-20 days
Payment Terms: L/C,T/T
Highly Accurate Natural Gas Leak Detection System
1. Product Overview
| Recommended Model | Picture | Description | Advantages | Equipped with set or not |
| U8 | |
The Pan Gu Fire Well High-Precision Natural Gas Leak Detection System U8, with conventional vehicles as its operating platform, integrates the Pan Gu Fire Well U8 laser natural gas gas analyzer, the Beidou high-precision positioning module, the intelligent wind speed and direction sensor, the visual information collection system, and the efficient intake device. By conducting atmospheric trace gas detection within a 150-meter radius around the running route of the detection vehicle, it can quickly locate the gas leakage area, determine the type of gas (natural gas/wet gas/other interfering gas sources), capture suspected leakage points, identify excavation construction machinery and construction signs, draw the detection path, and effectively overcome the problems in traditional natural gas leak detection processes such as low detection sensitivity, low detection efficiency, inability to analyze the gas source, and high personnel workload. | With the PPB-level detection accuracy, it is mainly used for the leak inspection of buried gas pipelines. It can efficiently, quickly and accurately determine the location of gas leakage. | Used independently, or it can also be connected with the management platform of the client. |
| U2 | |
The Pan Gu Fire Well High-Precision Natural Gas Leak Detector U2 adopts a portable backpack design, enabling rapid detection of the areas near gas pipelines and around gas auxiliary facilities. It also enables the identification of gas properties (natural gas/wet gas/other interfering gas sources), effectively overcoming the problems in traditional natural gas leak detection processes such as low detection sensitivity, low detection efficiency, inability to distinguish gas sources, and high personnel work intensity. | PPB-level detection accuracy, mainly for leak inspection of buried gas pipelines. In areas where vehicles cannot reach, the instrument can accurately determine the location of gas leakage with high precision. | Self-contained software platform, can be used independently, and can also be connected with the client's platform. |
| U6 | |
The Pan Gu Fire Well High-Precision Natural Gas Leak Detection System U6, using conventional two-wheel/three-wheel electric vehicles as the operating platform, integrates the Pan Gu U6 Laser Natural Gas Gas Analyzer, the Beidou High-Precision Positioning Module, the Intelligent Wind Speed and Direction Instrument, and the High-Efficiency Air Intake Device. By conducting atmospheric trace gas detection within a 50-meter radius around the running route of the detection vehicle, it quickly locates the gas leakage area, determines the type of gas (natural gas/wet gas/other interfering gas sources), captures suspected leakage points, identifies and excavates construction machinery and construction signs, and draws the detection path. This effectively overcomes the problems in traditional natural gas leak detection processes such as low detection sensitivity, low detection efficiency, inability to analyze the gas source, and high personnel workload. | PPB-level detection accuracy, mainly for leak inspection of buried gas pipelines. It can be carried out efficiently and quickly, and with high precision, accurately determining the location of gas leaks in narrow areas. | |
| U9 | |
The Pan Gu Fire Well High-Precision Natural Gas Leak Detection System U9, using industrial-type unmanned aerial vehicles as the operating platform, integrates the Pan Gu U9 laser natural gas gas analyzer, intelligent wind speed and direction sensor, Beidou high-precision positioning module, efficient intake device, and industrial-type unmanned aerial vehicle. By conducting atmospheric trace gas detection within a 100-meter radius around the unmanned aerial vehicle's operating route, it can quickly determine whether there is a natural gas leak in the area, capture suspected leakage areas, draw detection paths, and can be used to detect dangerous and inaccessible complex areas. | PPB-level detection accuracy, mainly for leak inspection of gas overhead and underground pipelines. It can be carried out efficiently and quickly, and can accurately determine the location of gas leakage in areas that are inaccessible to personnel or in workshops. |
2. Technical Advantages
(1) U8
(2) U2
(3) U6
(4) U9
3. Application
Natural gas extraction, natural gas storage and transportation enterprises, gas operation management companies, major gas companies, professional gas inspection service enterprises.
4. Main Technical Data
|
U8 |
|
|
Hardware Parameters of Vehicle Detection Terminal |
Description |
|
Measurement Technology |
Fourth-generation laser technology: cavity-enhanced absorption spectroscopy technology |
|
Operating Environment Temperature |
-25℃~+55℃ |
|
Maximum Detection Driving Speed |
90 km/h |
|
Main Unit Dimensions |
Length 68cm * Width 48cm * Height 17.8cm |
|
Sampling Medium and Analysis |
Environmental atmosphere, real-time detection of methane and ethane concentrations |
|
Detection Accuracy |
Methane: Ippb(1ppm~100ppm);Ethane: 5ppb(1ppm~100ppm) |
|
Detection Concentration Range |
Methane:0.01-10,000 ppm;Ethane:0.01-100 ppm |
|
Accuracy Error Value |
Methane:<1ppb;Ethane:<5 ppb |
|
Detection Frequency |
>1Hz |
|
Pump Flow Rate |
≥2.0L/min |
|
Maximum Detection Coverage Range |
150 m |
|
Positioning Function |
Beidou high-precision inertial navigation technology, based on the national Beidou precise service network |
|
Steady-state Operating Power |
180W,12V |
|
Battery maximum power supply time |
8 H |
|
Boot-up preheating time |
5 min |
|
Verification period |
No verification required |
|
Operation interface |
Chinese |
|
Server and data storage |
Domestic local version with encryption function |
|
Equipment technical support |
Local technical team, 24-hour response, on-site technical support |
|
Other |
GIS network integration, diverse report formats |
|
U2 |
|
|
Item |
Description |
|
Measurement Technology |
Fourth-generation laser technology: cavity-enhanced absorption spectroscopy technology
|
|
Operating Environment Temperature |
-25℃~+55℃
|
|
Sampling Medium and Analysis |
Environmental atmosphere, real-time detection of methane and ethane concentrations
|
|
Detection Accuracy |
Methane: Ippb(1ppm~100ppm);Ethane: 5ppb(1ppm~100ppm)
|
|
Detection Concentration Range |
Methane:0.01-10,000 ppm;Ethane:0.01-100 ppm
|
|
Accuracy Error Value |
Methane:<1ppb;Ethane:<5 ppb
|
|
Detection Frequency |
>1Hz
|
|
Pump Flow Rate |
0.5L/min
|
|
Positioning Function |
Beidou high-precision inertial navigation technology, based on the national Beidou precise service network
|
|
Steady-state Operating Power |
80W,12V
|
|
Battery maximum power supply time |
8 H
|
|
Boot-up preheating time |
5 min
|
|
Verification period |
No verification required
|
|
Operation interface |
Chinese
|
|
Server and data storage |
Domestic local version with encryption function
|
|
Equipment technical support |
Local technical team, 24-hour response, on-site technical support
|
|
Other |
GIS network integration, diverse report formats
|
|
U6 |
|
|
Hardware Parameters of Vehicle Detection Terminal |
Description |
|
Measurement Technology |
Fourth-generation laser technology: cavity-enhanced absorption spectroscopy technology
|
|
Leakage location |
Gaussian diffusion model
|
|
Operating Environment Temperature |
-25℃~+55℃
|
|
Maximum Detection Driving Speed |
30 km/h
|
|
Sampling Medium and Analysis |
Environmental atmosphere, real-time detection of methane and ethane concentrations
|
|
Detection Accuracy |
Methane: Ippb(1ppm~100ppm);Ethane: 5ppb(1ppm~100ppm)
|
|
Detection Concentration Range |
Methane:0.01-10,000 ppm;Ethane:0.01-100 ppm
|
|
Accuracy Error Value |
Methane:<1ppb;Ethane:<5 ppb
|
|
Detection Frequency |
>1Hz
|
|
Pump Flow Rate |
≥0.5L/min
|
|
Maximum Detection Coverage Range |
50 m
|
|
Positioning Function |
Beidou high-precision inertial navigation technology, based on the national Beidou precise service network
|
|
Steady-state Operating Power |
80W,12V
|
|
Battery maximum power supply time |
8 H
|
|
Boot-up preheating time |
5 min
|
|
Verification period |
No verification required
|
|
Operation interface |
Chinese
|
|
Server and data storage |
Domestic local version with encryption function
|
|
Equipment technical support |
Local technical team, 24-hour response, on-site technical support
|
|
Other |
GIS network integration, diverse report formats
|
|
U9 |
|
|
Item |
Description |
|
Measurement Technology |
Fourth-generation laser technology: cavity-enhanced absorption spectroscopy technology
|
|
Operating Environment Temperature |
-25℃~+55℃
|
|
Maximum Detection Driving Speed |
30 km/h
|
|
Main Unit Dimensions |
Length 68cm * Width 48cm * Height 17.8cm
|
|
Sampling Medium and Analysis |
Environmental atmosphere, real-time detection of methane and ethane concentrations
|
|
Detection Accuracy |
Methane: Ippb(1ppm~100ppm);Ethane: 5ppb(1ppm~100ppm)
|
|
Detection Concentration Range |
Methane:0.01-10,000 ppm;Ethane:0.01-100 ppm
|
|
Accuracy Error Value |
Methane:<1ppb;Ethane:<5 ppb
|
|
Detection Frequency |
>1Hz
|
|
Pump Flow Rate |
≥0.5L/min
|
|
Maximum Detection Coverage Range |
100 m
|
|
Positioning Function |
Beidou high-precision inertial navigation technology, based on the national Beidou precise service network
|
|
Steady-state Operating Power |
80W,12V
|
|
Battery maximum power supply time |
8 H
|
|
Boot-up preheating time |
5 min
|
|
Verification period |
No verification required
|
|
Operation interface |
Chinese
|
|
Server and data storage |
Domestic local version with encryption function
|
|
Equipment technical support |
Local technical team, 24-hour response, on-site technical support
|
|
Other |
GIS network integration, diverse report formats
|
