Customer Case | GF200 Underground Pipeline Network Combustible Gas Leak Monitor Facilitates the Construction of Xuzhou High-Tech Zone’s Smart Gas Safety Platform
2025-09-12
01 Project Overview
User: Administrative Comprehensive Law Enforcement Brigade of Xuzhou High-Tech Industrial Development Zone
Application: Methane leak alarms, early warning for remote gas monitoring platforms.
Urban gas distribution networks are extensive and often run through utility tunnels, long plagued by issues such as numerous detection blind spots, slow response times, and high false alarm rates. Traditional manual inspection methods are inefficient and lack reliability in complex weather conditions or during night operations. Furthermore, some conventional monitoring equipment is susceptible to interference from dust, moisture, etc., leading to false alarms or missed detections, making it difficult to meet the smart supervision requirements of “multi-point deployment, high-frequency inspection, and 24/7 operation.”
Adhering to the construction principle of "centralized development and shared results," the Xuzhou High-Tech Zone's Smart Gas Safety Platform builds upon the existing achievements of the zone's safety industry application demonstration project. Following the overall framework of Jiangsu Province's Urban Lifeline Safety Construction Project, it focuses on the entire process of gas safety supervision, aiming to enhance and upgrade specific gas-related aspects. Based on a unified plan and phased implementation, the project prioritizes monitoring the underground adjacent spaces of gas pipelines and pressure regulating cabinets/boxes in densely populated areas and key zones within its jurisdiction. Embodying a "comprehensive supervision + smart monitoring" dual-linkage approach, it deepens the application of gas safety measures.
02 Case Study
Under Construction
Examples of Installed Equipment
Optosky provided the GF200 Underground Pipeline Network Combustible Gas Leak Monitor to the Xuzhou High-Tech Zone. Specifically designed for urban underground gas pipeline environments, this device utilizes point-type laser methane detection technology, offering exclusive selectivity for methane. It effectively avoids interference from sources like dust and moisture, enabling precise identification of leakage risks.
03 Product Recommendation
GF200 Confined Space Gas Detection
-
Fingerprint Specificity: Reacts only to methane; effectively avoids interference from other gases like water vapor.
-
Battery Powered & Real-Time Monitoring: Operates on battery power for continuous monitoring.
-
Comprehensive Data Management: Monitors underground pipeline combustible gas concentration, battery level, abnormal alarms; assists in statistics, queries, backups, and other maintenance operations.
-
Designed for Safety: Specifically designed for gas pipeline network safety applications with explosion-proof design, suitable for hazardous environments.
-
Versatile Installation: Supports multi-scenario installation methods including pole-mounted and wall-mounted options, providing comprehensive protection for the safe operation of urban pipelines.
-
Ultra-Long Standby Time: Reduces maintenance frequency.
-
Pumping mode: ≥ 36 months (standard operating mode)
-
Diffusion mode: ≥ 60 months (standard operating mode)
-
Through the bulk deployment of GF200 monitors, the project has established an "intensive sensing network" covering key nodes such as pressure regulating cabinets, gas wells, and communication wells, providing the entire gas system with stable, efficient, and all-weather risk perception capabilities.
Currently, this batch of equipment has been deployed and is operating stably, providing strong support for the efficient operation of the Xuzhou High-Tech Zone's Smart Gas Safety Platform. The underground space monitoring network built by the GF200 enables the platform to achieve second-level early warning responses, instantly pushing notifications for abnormal gas concentration fluctuations, significantly enhancing the capability to prevent gas accidents.
ATE2000: The "All-Rounder" Of Water Quality Monitoring
3D Fluorescence Spectroscopy: An Innovative Tool for Water Quality Management
Related Article
Discover the ATE9020 drone‑mounted real‑time hyperspectral telemetry system – instant in‑flight inversion of chlorophyll, COD, total N/P, turbidity, and ammonia, with live heatmaps and video evidence for emergency water monitoring.
New Launch ATE9020 In Flight Water Inversion
A clean Raman spectrum? It starts with the right filter. Without a good filter, even the best laser can't save your data. High OD, steep edge, proper wavelength matching — that's how you block Rayleigh and reveal real Raman signals. Don't let stray light ruin your peaks.
A Good Raman Spectrum Starts with a Good Filter
The NY2310 Online Fruit Appearance Defect Detector integrates machine vision and AI to enable fully automated, high-precision fruit inspection. It identifies color, shape, size, and surface defects in real time, with speeds up to 10 fruits per second and over 95% sorting accuracy. Designed for easy integration, it enhances efficiency and consistency in sorting citrus, apples, pears, peaches, and other fruits.
Applications | Fully Automated Fruit Appearance Inspection Combining Machine Vision and AI Algorithms
Optosky’s ATE2000 is a flexible core spectral sensor (focusing on TP, TN, COD) that requires integration with carriers like buoys or existing stations, ideal for upgrading current monitoring platforms cost-effectively. The ATE5300 is an all-in-one, ready-to-use monitoring station integrating the ATE2000 with extra sensors (e.g., pH, turbidity), suited for new independent deployments needing multiple parameters and rapid setup.
Monitors vs. Stations: Full-Spectrum Water Quality