RANCANG BANGUN VISUAL DAN LEVEL MONITORING
WATER POND PORTABLE BERBASIS ARDUINO MEGA 2560
DENGAN MENGGUNAKAN SENSOR ULTRASONIC JSN-SR04T
DAN KAMERA ESP 32 di PT. PERTAMINA GEOTHERMAL
ENERGY AREA ULUBELU
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Ramadhani, Adinur
erlina, erlina
erlina, erlina
Subject
Teknik Elektro
Datestamp
2023-06-16 03:40:09
Abstract :
Since 2017, PT Pertamina Geothermal Energy Area Ulubelu not only operates the upstream side of SAGS (Steamfield Above Ground System) but the company operates the downstream side of PLTP, namely Unit 3 and Unit 4 with a capacity of 2 x 55 MW. The problems that arise are quite diverse in the upstream and downstream sides. The character of the production well in the area of PT Pertamina Geothermal Energi Ulubelu, which is predominantly water phase, has a ratio of 80% water and 20% steam. One of the problems that arises on the upstream side is the absence of a visual monitoring system and water pond levels in production well clusters during production tests and wells that experience drop pressure that requires the well to leave the system so that it is flowed to AFT (Atmospheric Flash Tank). The brine coming from the well is flowed to the pond (water reservoir) after which it is flowed back to the cold brine reinjection system. So far, the operator has done visual and water monitoring levels manually using a meter if the pond level is high, the operator operates the valve to set the pond level which is quite far from the production well cluster, from this problem the author tries to make an accurate and precise monitoring tool so that it can streamline the operating time of the reinjection valve. So the author submitted a research with the title "Design and Build a Level and Visual Monitoring of Portable Water Pond Based on Arduino Mega 2560 Using JSN?SR04T Ultrasonic Sensors and ESP32 Cameras at PT Pertamina Geothermal Energy Area Ulubelu".
Since 2017, PT Pertamina Geothermal Energy Area Ulubelu not only operates the upstream side of SAGS (Steamfield Above Ground System) but the company operates the downstream side of PLTP, namely Unit 3 and Unit 4 with a capacity of 2 x 55 MW. The problems that arise are quite diverse in the upstream and downstream sides. The character of the production well in the area of PT Pertamina Geothermal Energi Ulubelu, which is predominantly water phase, has a ratio of 80% water and 20% steam. One of the problems that arises on the upstream side is the absence of a visual monitoring system and water pond levels in production well clusters during production tests and wells that experience drop pressure that requires the well to leave the system so that it is flowed to AFT (Atmospheric Flash Tank). The brine coming from the well is flowed to the pond (water reservoir) after which it is flowed back to the cold brine reinjection system. So far, the operator has done visual and water monitoring levels manually using a meter if the pond level is high, the operator operates the valve to set the pond level which is quite far from the production well cluster, from this problem the author tries to make an accurate and precise monitoring tool so that it can streamline the operating time of the reinjection valve. So the author submitted a research with the title "Design and Build a Level and Visual Monitoring of Portable Water Pond Based on Arduino Mega 2560 Using JSN?SR04T Ultrasonic Sensors and ESP32 Cameras at PT Pertamina Geothermal Energy Area Ulubelu".
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