Vehicle-Mounted Visual Data Multi-Gas Simultaneous Detection Sensor System Analyzer Equipment Machine

• Customized: Customized
• Portable: Non Portable
• Certification: CE
• Model NO.: Customizable
• Type: Electrochemical Gas Analyzer
• Measurement Technology: MID-Infrared Laser Absorption Spectrum
• Length of Optical Cavity: 13 Metres
• Speed: 90km/H
• Detection Frequency: 2Hz
• Maximum Detection Coverage: 150 M
• Transport Package: Carton
• Specification: Customized
• Origin: China

Product Description

Product Description

Vehicle-mounted ppb-level gas leak detection system

The system integrates a mid-infrared spectrometer, BeiDou navigation, Micro meteorl ogical system, AI imaging, and temperature control into a unified mobile platform mounted on a vehi-cle.Operating along municipal roads with natural gas pipelines, it conducts rapid mobile patrols while performing dual gas samplings per second. This enables real-time detection of methane and ethane concentration fluctuations in ambient air, allowing for precise identificatio of natural gas leaks.

The BeiDou navigation system can provide accurate map positioning data and trajectory records. Combined with the wind speed and direction data from the micro meteorl ogical system , the system algorithm can accurately mark the location of the suspected leakage point.

 

The system comprises a methane/ethane analyzer (hereinafter referred to as the analyzer), a BeiDou high-precision positioning module, an ultrasonic anemometer, and proprietary leak detection software. It can display a geographic information map showing the detection location and gas concentrations in real-time.

 

The system utilizes mid-infrared laser spectroscopy technology. Methane absorption in the mid-infrared region is 200 times stronger than in the near-infrared, and ethane absorption is 6000 times stronger. The detection chamber is mirrorless, robust, and compact, achieving a 13m absorption path length within an extremely small volume (60cc). This enables ultra-high sensitivity, fast response time, and low power consumption. The filter is externally mounted for easy replacement, resulting in low operating costs.

 

The system simultaneously detects methane and ethane concentrations, calculates the correlation coefficient, determines the gas type, and effectively reduces false alarms.

 

The system displays a real-time detection map containing information such as the route, gas concentration, anomaly alerts, and AI imaging, allowing users to grasp the complete situation at a glance. The upgraded version can distinguish interference sources from CNG/LNG vehicle fuel.

Specification

PARAMETRIC	DESCRIPTION
Measurement technology	mid-infrared laser absorption spectrum
Length of optical cavity	13metres
Speed	90km/h
Medium and analysis	Environmental Atmosphere,concentrationof methane and ethane
Detection precision	Methane at 1ppb level, ethane at 0.5ppb level
Range	Methane:0.001~10000ppm,Ethane:0.0005~1000ppm
Detection frequency	2Hz
Maximum Detection Coverage	150 m
Positioning	Beidou inertial navigation(centimetre level)/GPS
Operating power at steady state	70W,12V
Noise level	38~65Decibel
Operation interface	Chinese
Server and data storage	Domestic servers,encrypted data storage
Equipment Technical Support	24-hour technical support
Software	Domestic(Certified with CMMI3)
Others	GIS convergence
Range and precision of anemometer	0~60m/s,±1m
Gas intake method	Pump suction
power supply	Vehicle-mounted power supply
start-up time after initialization	≤1min

Detailed Photos

Our Advantages

The system generates inspection reports, including the survey map and information on concentration anomaly points, enabling quick understanding of the complete leak detection results.
 
Domestic software, user-friendly visualization, high detection rate.
The software adopts a dual-system architecture comprising a vehicle client system and a server system. Detection data from the vehicle system can be uploaded to the server in real-time, allowing managers to log in and view the detection status. The vehicle system can load historical tracks to retest previous survey routes precisely. The server side supports multi-device data upload and analysis, enabling combined analysis of detection tasks from different devices, time periods, and areas. This facilitates analysis of pipeline network coverage and overlap of concentration anomaly areas, among other things. The inspection system software can integrate with GIS and supports remote upgrades.
 
Low power consumption, low noise, low heat emission.
Powered by 12V DC, with no high voltage, ensuring safe and reliable electricity use. The device power consumption does not exceed 100W, preventing excessive burden on the vehicle battery.
 
Product empowerment, strong functionality, high scalability.
The system will provide extended functionalities based on leak detection, such as methane emission assessment, risk rating, and inspection route optimization.

Company Profile

Nanjing kingsun lydi Technology Co., Ltd. was established in Nanjing in November 2021 the earliest company in China to develop ppb level products,we are committed to providing intelligent gas leakage detection and city gas lifeline infrastructure solutions.

Leveraging ppb-level mid-infrared laser methane/ethane detection technology as its foundation, proprietary algorithm and software as its core, and deployment platforms including automobiles, UAVs, robotic dogs, and two-wheeled vehicles, the company has developed a comprehensive product line for leakage detection. This includes:Vehicle-mounted systems (automobiles, micro-vehicles, buses, two-wheelers, autonomous vehicles),Portable detectors,Fixed monitoring instruments.Our solutions deliver coverage across urban gas scenarios through aerial, ground, and subterranean detection platforms, providing integrated 3D multi-dimensional intelligent leakage detection solutions.

Company members possess deep-seated expertise in urban gas distribution systems, with research and management teams mostly graduating from gas engineering programs at Chongqing University and Tongji University. The company is committed to researching dispersion dynamics of leaked gas in soil, confined spaces, and atmosphere, alongside advancing intelligent analysis of detection data to continuously enhance core competitiveness.As a participant in Shandong Provincial Department of Science and Technology's 'SafeGuard' Gas Safety Technology Demonstra-tion Project, the company established Jinsheng Ruifan (Shandong) Intelligent Technology Co., Ltd. This entity drives initiatives including methane emission quantification via high-precision leak detection,gas pipeline network risk assessment,optimized gas inspection protocolsThese develop-ments substantially expand product functionalities within smart city gas infrastructure.

Our company actively promotes in-depth experience, precision inspection, vehicle-mounted and portable (sniffer dog) linkage detection strategy, advocating that 'Verifying a single confirmed leak outweighs reporting a hundred potential anomalies'.

We are both an intelligent leak detection tool and a high-end empowerment system.

Certifications

FAQ

Q1: Is the software easy to deploy and use? Can it be managed remotely?
Yes. We use a dual-system architecture combining an on-board client and a server. On-board inspection data is uploaded to the server in real time. Administrators can remotely view the overall inspection status by simply logging into the server, making management very convenient.

Q2: Can we re-inspect specific past routes?
Yes. The on-board system supports loading historical tracks, allowing for accurate re-inspections along the original route, facilitating data comparison and trend analysis.

Q3: Can the software process data from different devices or time periods?
Yes. The advantage of the server is that it supports multi-device data upload and comprehensive analysis. Inspection data from different devices, time periods, and regions can be integrated and processed to analyze the completeness of pipeline network inspection coverage and determine whether there is overlap in areas of concentrated anomalies.

Q4: Does the software have a mapping function? How is it upgraded?
Yes. Our inspection system software is deeply integrated with the Geographic Information System (GIS), allowing all data to be displayed intuitively on a map. The software supports remote online upgrades, eliminating the need for on-site manual operations.

Q5: What is the core technology of this product? What are its advantages?
We utilize leading mid-infrared laser absorption spectroscopy and leak location technology. Its core advantage lies in its compact multi-channel cell structure, which enables an extremely long effective absorption path within an extremely short physical optical path. This results in extremely high detection sensitivity. It can detect changes and correlations in atmospheric methane and ethane concentrations, identify biogas, and determine whether there is a natural gas leak. Based on controlled leak experiments and diffusion numerical simulations, we develop an atmospheric diffusion model and methane emission inversion algorithm to estimate leak location and flow rate. Post-test data is intelligently managed and empowered, such as leak-based risk assessment and carbon emission quantification. Concentration walls, wind and cloud maps, and third-party damage monitoring are automatically generated.

Q6: Is the optical sensor susceptible to damage? Does it require frequent cleaning?
It is not susceptible to damage and does not require frequent cleaning. Compared to traditional technologies, our sensor completely eliminates the reliance on fragile, highly reflective optical components. Our detection cell and reflector are highly resistant to contamination, enabling "clean-free" operation and significantly reducing maintenance requirements.

Q7: Is the equipment difficult to maintain?

No problem. Key components like filters are externally located and can be replaced quickly and easily without the need for special tools, resulting in extremely low maintenance costs.

After Sales Service

After-Sales Service

1. Our company is committed to providing services in accordance with relevant national laws and regulations, the "Three Guarantees" policy, and the "Service Commitment" attached to the contract.
2. Our hotline is 025-58818283. We will answer any questions regarding the use of the system in writing.
3. Our company will never disclose the customer's business data or any information provided to any third party in any way. Failure to comply will be considered a serious breach of contract.
4. We are responsible for the secure and stable operation of this system. If the system is temporarily unavailable due to a problem with our system or equipment, we will promptly resolve the issue and restore normal operation as soon as possible. We will bear any losses incurred by the customer due to our failure to promptly resolve the system or equipment failure.
5. During the contract period, we will not engage in any behavior that may damage the customer's image or reputation.

The company's principal place of business is Building 8, T80 Science and Technology Culture International Community, Xuanwu District, Nanjing, Jiangsu Province. We have a branch office in Tai'an, Shandong Province, located on the south side of the second floor of Shandong Special Inspection Taishan College Science and Technology Park Development Co., Ltd., located in the middle section of Bandashan Road, Daiyue District, Tai'an City. We provide after-sales service and technical support nationwide.

We have established a standardized after-sales service process, which is as follows:

Receive a customer call or email → Manual registration → Phone or email service → Customer confirmation

Maintenance Service

(1) Daily maintenance
Before testing, the detection system must be inspected as a whole to check whether the power supply meets the working requirements, whether the sampling system (gas line) is unobstructed, whether the host wiring plug is loose (connected in reverse), whether the filter needs to be replaced, whether the network is stable, and whether the positioning is accurate.
After the test is completed, the wind speed and direction meter, inertial navigation antenna, air intake module, etc. should be disassembled and neatly placed in the trunk of the test vehicle to keep the equipment clean.
The external filter of the equipment needs to be checked and kept clean regularly, and is generally replaced every 3 months. When the color of the filter changes significantly, it needs to be replaced in time. The operator can replace and maintain it on site.
If the host battery is a rechargeable battery, it should be used and charged according to the product manual.
When the instrument is idle, the nickel-hydrogen battery should be fully charged and discharged once a month, and the lithium battery should be removed from the instrument.

(2) Precautions for use of the equipment
Before testing, check whether there are impurities in the 0.01 micron filter in front of the host.
Before turning on the analyzer, start the vehicle, turn off the start-stop button, wait for 2 minutes until the current stabilizes, and then turn on the analyzer host power. After satellite positioning is activated and calibration is complete, begin testing.
Avoid operating in rainy or snowy weather to prevent moisture from being drawn into the laser cell and contaminating the lens.
In winter, the test vehicle must be parked in a garage. If the ambient temperature is below 5°C, the analyzer main unit must be placed indoors.
In summer, it is recommended to park the test vehicle in a garage (in a cool, shady location) to avoid prolonged exposure to direct sunlight.
In non-rainy or snowy conditions, if the humidity exceeds 85%, a desiccant must be installed on the air intake duct. During operation, if the desiccant color darkens, it must be replaced promptly.
Do not drive on roads where water accumulates above the air intake to prevent water from being drawn into the optical cavity.
Detours are required on dusty construction roads. If testing is unavoidable on such roads, replace the front 0.01 micron filter immediately after completion. After completing the test, first shut down the analyzer on the tablet, then turn off the main unit power, and finally shut down the vehicle.