Overview

The Automation and Control System provides integrated monitoring, supervision, and control of industrial processes across the entire plant. By combining PLC, SCADA, and DCS platforms within a unified automation architecture, the system ensures reliable process control, operational visibility, and coordinated plant management in complex industrial and Oil & Gas environments.
Designed for high availability, scalability, and operational resilience, the automation infrastructure supports both local process control and plant-wide supervisory functions while maintaining secure communication and protection of critical operational data.

System Scope

The system scope includes plant-wide process control, supervisory monitoring, data acquisition, alarm and event management, and historical data analysis. The automation architecture supports distributed and redundant control platforms to guarantee continuous operation, operational safety, and efficient plant performance.

Subsystems

PLC – Programmable Logic Controller

Engineering of PLC-based control systems for process automation and safety applications, providing reliable local control with deterministic response and integration capabilities for plant-wide supervisory systems.

Engineering of SCADA systems for real-time monitoring, data acquisition, and operator interface, enabling centralized plant supervision, event management, and data analysis across distributed process units.

Engineering of DCS solutions for continuous process control, ensuring integrated, redundant, and high-availability plant management with coordinated control of multiple process loops and equipment.

System Integration

The Automation and Control System operates as the central digital backbone of the plant, integrating control, supervision, safety, and data management within a secure automation architecture.
The system interfaces seamlessly with:

  • Process systems, providing real-time monitoring and control of plant operations
  • Safety systems (ESD / SIS / HIPPS), ensuring coordinated protection and emergency shutdown management
  • Field instrumentation and analyzers, enabling continuous acquisition of process signals
  • Power distribution systems (MCC, E-House), ensuring coordination between electrical and control infrastructure
  • Remote and distributed assets, monitored through SCADA platforms
  • Enterprise and performance management systems, supporting reporting, analytics, and operational optimization

Through a distributed, redundant, and cybersecurity-hardened architecture, the integrated automation system ensures safe plant operation, coordinated alarm and shutdown management, secure data exchange, and reliable response to abnormal or emergency conditions.