Integrated Control and Safety System (ICSS)
A complex process like a petroleum refinery can have thousands of controllers. A large installation can have >200,000 hardwired inputs and outputs and > 500,000 digital inputs and outputs over the data bus. Advanced process control and on-line optimisation are being increasingly used for maximising the safety and economic performance of the process and is linked to production control.


White Paper
Integrated Control and Safety: Assessing the Benefits, Weighing the Risks. This paper compares three integrated control and safety architectures — interfaced, integrated but separate, common platform — weighing the benefits and assessing the risks according to compliance with safety standards and cost efficiencies.
Emergency Shutdown Systems (ESDs)
Emergency Shutdown Systems (ESDs) are high reliability and high availability systems that can operate autonomously to bring the complex processes to a safe state in event of any abnormal event. Thus protecting personnel, the environment and the asset. The safety shutdown system manages all inputs and outputs relative to emergency shutdown functions. The ESD shall achieve the safety integrity requirements as may be determined from HAZard, and OPerability studies (HAZOP), with full Layers Of Protection Analysis (LOPA), risk graphs, and so on…


Brochure
Tricon CX. Superior protection for your people, your production and your profits.
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Integrated Power and Process Management
Integrated Power and Process Management is the integration of systems that control process including emergency shut down, safety systems to the power system for seamless interconnection. It is a 360 degree approach that covers the life cycle of a plant system starting from the plan & design phase and covers technology, construction, execution and services. In complex petroleum refineries and petrochemical plants effective process control is dependent on instrumentation, safety system and DCS (integrated control and safety system, ICSS) and electrical power distribution system. The plant needs seamless integration of the above three systems and a simplified architecture that makes it easy to implement changes during operations.


Brochure
Integrated power and process management for effective project implementation and consistent plant operation.
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