What Is Terminal Automation System


What Is Terminal Automation System A terminal automation system plays a pivotal role in the oil and gas industries by automating various manual processes within terminals. These processes encompass truck loading and unloading, additive injection, blending, as well as controlling rail, pipeline, marine operations, and tank transfers. This system also ensures customized documentation and reporting. To be effective, a robust terminal automation system must exhibit flexibility and compatibility with meter skids, weight scales, and tank gauging systems.

Defining a Terminal Automation System

What Is Terminal Automation System
What Is Terminal Automation System

A terminal automation system facilitates remote management of loading and unloading points in oil terminals. It monitors and regulates the tank truck loading process, ensuring safety and reliability. This technology is indispensable in the oil industry, catering to both large and small-scale systems.

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Key Components and Capabilities

What Is Terminal Automation System
What Is Terminal Automation System

In response to the escalating demands of terminal operations, industries are striving to enhance productivity and efficiency to meet customer expectations. In today’s dynamic landscape, terminals are dealing with higher volumes and increased capacities. Consequently, terminal operators must embrace automation to remain competitive and profitable.

A well-rounded terminal automation system must possess essential attributes to ensure efficacy and control, particularly in the oil and gas sector. Some primary features include:

  • Loading authorizations and safety measures
  • Validation of driver’s PIN or card
  • Verification of preset quantities
  • Accommodation for multi-compartment loading
  • Additive integrity checks
  • Seamless integration with third-party systems
  • Real-time display of dynamic information
  • Graphical representation of individual tank statuses
  • Immediate recording of device status events
  • Full connectivity via the local network (LAN) of the existing site

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These solutions are highly adaptable, tailoring themselves to the specific needs of the customer and integrating seamlessly with existing terminal systems.

Advantages of Terminal Automation Systems

What Is Terminal Automation System
What Is Terminal Automation System

The adoption of process automation yields several advantages for oil installations:

  1. Process Optimization: The entire workforce benefits from enhanced optimization. Advanced computerized control systems allow comprehensive monitoring of the liquid distribution chain within loading facilities.
  2. Error Elimination: Automation systems effectively eliminate the possibility of accidental or intentional errors in the preparation of administrative and fiscal documents, both for loading and travel manifests for each shipment.
  3. Comprehensive Monitoring: Rigorous monitoring is applied to every truck throughout the entire loading process. This includes automated control and execution of safety protocols, ensuring secure loading and subsequent stages of delivery.
  4. Distribution Verification: Additional benefits encompass the prevention of overload risks and fraudulent activities, continuous product monitoring with regards to type and quantity, and automated generation of essential transport documents, thereby reducing overall loading time per vehicle.

The Architecture of Terminal Automation Systems

What Is Terminal Automation System
What Is Terminal Automation System

Terminal management system architecture encompasses various components. These encompass workstations, engineering stations, servers, printers, and seamless communication with field elements like flow computers, card readers, weight bridges, and tank gauging systems.

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SBR Badge Reader: Enhancing Safety and Security

The automation of tank truck loading necessitates user recognition for safety and anti-fraud purposes. Among various available methods, badge reading is widely adopted. The SBR contactless badge reader, designed for classified areas, utilizes radiofrequency to read badges. During the entire loading process, the badge remains secured within its designated housing. Removal of the badge triggers an immediate halt in procedures, ensuring robust security measures.

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