Sistem Monitoring Volume Lifting Minyak Dan Gas Bumi Berbasis Scada (Supervisory Control and Data Acqucition) Pada Pt. Astron Optima

Abstract

During this time the community can control things from a distance by using a remote control, but the control is hampered by distance. If the distance between the controlled device and the controller exceeds the tolerance limit, the equipment cannot function as desired. In addition, there are also constraints on costs for distance. The longer the distance the greater the cost of the pulses issued. The problem that often arises is the difference in parameters possessed by the KKKS including the character of data filling. The problem that often arises is the difference in parameters possessed by the KKKS including the character of data filling. Especially for KKKS with oil products there is flushing which should not be included as a lifting volume. The value of flushing is different for each KKKS so it is necessary to equalize the perception with the KKKS regarding the procedure for recording data including the time of filling in the database. There is still a time difference at the CTP point, the time at the Poller Migas Control Center and the time in the Database Server so that there is a partial data flowrate that has been filled but has not yet been displayed on the web. The purpose of this study is to increase the effectiveness and efficiency of business management and trade in oil and gas, especially in terms of monitoring the volume of oil and gas lifting. Installation of a monitoring system that is an integration of a number of software applications, hardware and a number of procedures that are capable of verifying and tracking the truth of the lifting volume reports submitted by the KKKS.