Oil Storage Tank Farm Monitoring System

Oil storage tank farms serve as critical hubs in the petroleum supply chain, responsible for receiving, storing, and transferring a wide range of oil products—from flammable and explosive fuels like gasoline and diesel to toxic chemicals such as benzene and methanol. Given the high-risk nature of these substances, even minor operational deviations can lead to catastrophic incidents, including fires, explosions, or toxic leaks, which threaten personnel safety, environmental integrity, and operational continuity. As a key link connecting crude oil production, refining, finished product distribution, and transportation, ensuring absolute safety while maintaining operational efficiency is paramount. Our tank farm monitoring system transcends traditional "monitoring-only" roles; it functions as an intelligent safety guardian and a precision manager, integrating real-time oversight, proactive risk mitigation, and optimized resource management into a unified platform.



Leveraging decades of expertise in petrochemical storage and transportation processes, our company has developed a cutting-edge tank farm safety and automation solution. Built on a modular, scalable architecture, this system is engineered to address the unique challenges of tank farm operations, with core advantages including:

Ultra-high safety: Adopts a fail-safe design where critical components (sensors, controllers, communication modules) feature dual redundancy to prevent single-point failures. Even in extreme scenarios like power outages or network disruptions, the system retains essential monitoring and emergency response capabilities.

Industry-leading reliability: Equipped with industrial-grade hardware resistant to corrosion, extreme temperatures (-40°C to 70°C), and electromagnetic interference—ensuring stable operation in harsh tank farm environments.

Open interoperability: Compatible with third-party systems (e.g., ERP, MES, fire protection systems) via standard protocols (OPC UA, Modbus), enabling seamless data sharing and integrated management across the entire supply chain.

Proactive fault tolerance: Embedded intelligent algorithms automatically detect anomalies in equipment (e.g., sensor drift, valve jamming) and switch to backup mechanisms, minimizing downtime.

The system’s comprehensive functionality is designed to cover the full lifecycle of tank farm operations, with key features including:

  1. Precision real-time monitoringBeyond basic level, temperature, and pressure tracking, the system integrates high-precision instruments (e.g., radar level gauges with ±1mm accuracy, thermal imagers for tank wall temperature distribution) to capture micro-changes in tank conditions. Data is transmitted to the control center in real time (latency <50ms), with 3D visualization of tank farms enabling operators to intuitively grasp the status of every tank, pipeline, and valve.
  1. Multi-tiered alarm system
    Hazard grading
    : Alarms are categorized by severity (warning, critical, emergency) based on product properties (e.g., lower explosive limits for gasoline, toxicity thresholds for benzene).
  2. Multi-channel alerts: Triggered via on-site audible-visual signals, SMS/email notifications to managers, and pop-up alerts on the control interface—ensuring rapid awareness.
  3. Adaptive thresholds: Alarm parameters automatically adjust based on factors like ambient temperature, product type, and seasonal variations (e.g., higher pressure thresholds in summer to account for thermal expansion).

Intelligent safety equipment linkageWhen hazards are detected (e.g., combustible gas concentration exceeding 20% of LEL, abnormal pressure spikes), the system initiates a chain of automated responses:
Activates emergency shutoff valves to isolate the affected tank.

Triggers fire suppression systems (e.g., foam sprinklers, inert gas injection) based on the type of hazard.

Starts forced ventilation systems to disperse toxic or flammable vapors.

Shuts down nearby pumps or heating equipment to eliminate ignition sources.