Introduction:

Banline Intelligent Pipeline System leverages sensors, data platforms, AI technologies, and other advanced tools to create an integrated platform for real-time monitoring and early warning of pipeline operations, optimized inspections, and full lifecycle traceability of assets. By implementing the following features, it significantly enhances pipeline asset management efficiency, reduces leakage rates, and lowers labor costs, with comprehensive costs being less than one percent of traditional methods.

Solution Introduction:

Through sensors, data platform, AI technology and other means, the AI pipe network realizes an integrated platform of real-time monitoring and early warning of pipe network operation status, inspection optimization, pipe network risk prediction and full life cycle traceability of assets. Through the realization of the following functions, the efficiency of pipe network asset management is effectively improved, the leakage rate is reduced, the labor cost input is reduced, and the comprehensive cost is much lower than the traditional method.

Advanced Core Technology:

High-Frequency Transient Pressure Wave Sensing Technology Through high-frequency detection at 100 times per second, the system captures and analyzes transient pressure fluctuation signals in pipelines caused by events such as leaks or bursts. This enables all-weather, precise, and efficient pipeline monitoring and accurate localization of abnormal events.

Low-Cost Leakage Detection:

Compared to traditional leakage monitoring methods, the system collects high-frequency pressure data and integrates high-frequency transient pressure wave sensing technology with advanced algorithms such as artificial intelligence. The comprehensive cost is less than one percent of traditional methods. Additionally, the use of sensors and IoT technology enables 24/7 monitoring, reducing the frequency and cost of manual inspections.

Extensive Coverage:

A single data station can cover one to two square kilometers of pipelines, enabling low-density, high-frequency real-time monitoring. This significantly reduces the number of sensors required and associated maintenance costs while improving the coverage and efficiency of pipeline monitoring.

Enhanced Safety and Reduced Incidents:

 24/7 Monitoring to Minimize Safety Risks: Real-time alerts for leaks and pressure anomalies reduce the risk of pipe bursts and leakage incidents.

Construction Safety Management:

Digitized storage of construction acceptance data ensures compliance and minimizes future safety hazards.

Installation Model of the Intelligent Pipeline System:

Banline Intelligent Pipeline System adopts the world-leading high-frequency transient pressure wave sensing technology. By collecting high-frequency pressure wave data from pipelines and combining it with cutting-edge algorithms like machine learning and artificial intelligence, the system enables monitoring and precise localization of pipeline leaks and faults.

The Intelligent Pipeline System operates autonomously using solar power, making it suitable for various complex long-distance pipeline scenarios. Additionally, RFID equipment installation allows for full lifecycle management of the pipeline network. When solar panels absorb sunlight, light energy is converted into electrical energy. Part of this energy powers the system’s real-time operations, while the surplus is stored in batteries to ensure continuous power  supply during nighttime or rainy weather.