SIMULASI SISTEM OTOMASI PROSES MENGGUNAKAN DISTRIBUTED CONTROL SYSTEM PADA STASIUN PENGUMPUL MINYAK (INTEGRATED CONTROL SAFETY SYSTEM GATHERING STATION JATIASRI) PT. PERTAMINA EP REGIONAL 2
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Siregar,, Muhammad Sutan Iqbal
Yogianto, Aloysius Agus
Yogianto, Aloysius Agus
Subject
Teknik Elektro
Datestamp
2023-11-01 07:53:00
Abstract :
The collection station is a place that contains equipment to direct, store, separate, measure, and drain crude oil from surrounding wells to be sent to the main collection station. In this process, the control system of SP Jati Asri has an integrated system between the Process Control System and the Safety Instrumented System. Before the system is applied, a simulation of the system design is required. This study aims to determine the simulation results of the Process Control System and Safety Instrumented System. The method used in this research is qualitative method. Control design data collected will be processed with EcoStruxure Process Expert software. The results of the Process Control System test include equipment such as monitoring, control valve, limit switch control pump. The results of the Safety Instrumented System test show that there is a safety transmitter and also an active shutdown valve. If the liquid and pressure level parameters exceed the high-high and low-low setpoint limits, the shutdown valve will close. The Process Control system and the Safety Instrumented system have become integrated systems because the Process Control system regulates the Control Valve to run the pump motor and monitors it while the Safety Instrumented system when the parameter exceeds the setpoint limit will take over the decision on whether the control system process can be continued or not a process. Emergency Shutdown is active when the push button is pressed in the shutdown process and the shutdown unit is active due to the detection of operating parameters exceeding the permissible limits.
The collection station is a place that contains equipment to direct, store, separate, measure, and drain crude oil from surrounding wells to be sent to the main collection station. In this process, the control system of SP Jati Asri has an integrated system between the Process Control System and the Safety Instrumented System. Before the system is applied, a simulation of the system design is required. This study aims to determine the simulation results of the Process Control System and Safety Instrumented System. The method used in this research is qualitative method. Control design data collected will be processed with EcoStruxure Process Expert software. The results of the Process Control System test include equipment such as monitoring, control valve, limit switch control pump. The results of the Safety Instrumented System test show that there is a safety transmitter and also an active shutdown valve. If the liquid and pressure level parameters exceed the high-high and low-low setpoint limits, the shutdown valve will close. The Process Control system and the Safety Instrumented system have become integrated systems because the Process Control system regulates the Control Valve to run the pump motor and monitors it while the Safety Instrumented system when the parameter exceeds the setpoint limit will take over the decision on whether the control system process can be continued or not a process. Emergency Shutdown is active when the push button is pressed in the shutdown process and the shutdown unit is active due to the detection of operating parameters exceeding the permissible limits.
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