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400-055-1239

(CH₄| Solar) IoT Laser Gas Leak Detector

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Product Description

(Methane | Solar-Powered) IoT Laser Gas Leak Monitor It is an intelligent monitoring device integrating the core technology of Tunable Diode Laser Absorption Spectroscopy (TDLAS), a solar self-supply power system and an IoT transmission architecture, specially designed for methane safety monitoring in scenarios without mains power coverage. Adopting self-sustained power supply, full-domain interconnection and accurate unattended monitoring as its core design philosophy, the product breaks through the power supply and wiring limitations of traditional monitoring equipment, providing an all-weather, zero-maintenance-burden solution for methane leakage monitoring and remote early warning in scenarios such as urban gas regulator cabinets, unattended stations and remote utility tunnels.

In terms of core technologies and performance, it adopts an independent power supply scheme consisting of solar panels and energy storage batteries, eliminating the need for external mains power. This makes it suitable for outdoor, remote and other scenarios without power supply conditions, ensuring the device runs stably 24/7 without interruption. Meanwhile, it integrates an IoT communication module, enabling real-time upload of detection data and device status to the cloud management platform. The system supports remote viewing across multiple terminals, achieving full-domain interconnection and centralized management of monitoring data. Strictly complying with urban gas and industrial safety monitoring specifications, the product can seamlessly connect to the smart management platform of gas enterprises, realizing visual analysis of leakage data and hidden danger traceability. Widely applicable to methane leakage monitoring in scenarios including urban gas regulator cabinets, valve chambers, unattended stations and remote utility tunnels, it serves as a core device for addressing gas safety "blind spots" and improving the intelligence level of full-domain monitoring.

  • Independent research and development

  • Active monitoring

  • Maintenance-free

  • High sensitivity

  • No false positives

  • Zero false negatives

  • Strong anti-interference

    • Application Scenarios

     

    1. Oil & Gas and Energy Storage & Transportation Scenarios

    Deployable around remote wellheads in oil and gas field drilling zones and gas production platforms, it monitors methane leaks during extraction. At LNG receiving terminals, gas storage facilities’ tank breather valves, pipeline flanges, and valve chambers along long-distance gas pipelines, it transmits data in real time to the IoT platform. Ideal for off-grid field environments, it rapidly detects leaks caused by pipeline corrosion and other issues.

    2. Urban Gas Operation & Maintenance Scenarios

    Suitable for installation beside gas regulator cabinets, valve chambers and suburban overhead gas pipelines at the urban fringe, it resolves the inconvenience of power supply in these areas and enables real-time leak monitoring. It can also be integrated into smart lamp posts to cover underground gas pipelines around commercial districts and residential communities, triggering linked alarms via the IoT platform and replacing manual drilling detection to improve efficiency.

    3. Environmental Monitoring-related Scenarios

    Landfills are mostly located in suburban areas with unstable power supply, and this device can conduct large-scale monitoring of methane emissions, with the collected data helping optimize gas extraction systems to achieve emission reduction. In the agricultural sector, it can monitor methane emissions from manure treatment in large-scale livestock and poultry farms. In ecological research areas, it can be paired with meteorological equipment to build carbon flux monitoring stations, recording long-term changes in methane concentration for climate research.

    4. High-risk Industrial Production Scenarios

    The device can be deployed in a network at distillation units, methane raw material tank farms and pipeline corridors in petrochemical parks, providing accurate leak monitoring in high-temperature and dusty environments to avoid explosion risks. For auxiliary gas pipeline areas in remote coal chemical plants, gas-fired power plants and other stations, its solar-powered feature can meet the monitoring needs of off-grid areas at the edge of the sites, ensuring production safety.

    5. Public and Special Venue Scenarios

    It can be deployed around gas drainage stations in large open-pit mines and remote coal mines to monitor methane seepage. At LNG tanker loading and unloading points beside highways and LNG carrier berths at ports, it can be deployed temporarily or permanently to monitor methane leaks during loading and unloading operations. It can also be installed at outdoor entrances and exits of large shopping malls and underground utility tunnels to ensure gas safety in crowded areas.

     

    Pressure Regulator Box
    Voltage Regulator Cabinet
    LNG Terminal
    Gas Terminal
    Ecological Research
    The main function

    1. Accurate Methane Monitoring: Adopting laser spectroscopy technology, it quickly identifies methane leaks with ppm-level detection accuracy and strong anti-interference capability (immune to environmental factors such as humidity and dust).

    2. Solar Power Supply: Built-in high-efficiency solar panels plus energy storage batteries support all-day power supply, suitable for outdoor off-grid scenarios and featuring green energy conservation.

    3. IoT Remote Management: It collects monitoring data in real time and uploads it to the cloud platform via 4G/NB-IoT, supporting remote viewing, data storage and abnormal alarm functions.

    4. Intelligent Early Warning and Positioning: It quickly triggers sound and light alarms when leak concentrations exceed the standard, and accurately marks leak points to facilitate rapid disposal.

    5. Sturdy and Durable Design: Boasting a high dustproof and waterproof rating, it adapts to high and low temperature conditions and harsh industrial environments, with low-power operation and low maintenance costs.

    Contact Us

    TEL：400-055-1239 （9:00~17:00）

    MAIL：lisghanhai@gkhhlaser.com

    ADDR：302 Floor, Building 5, No. 18, Kechuang 13th Street, Beijing Economic and Technological Development Zone

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