#TITLE_ALTERNATIVE#

• Main Author: SIHOTANG (NIM : 22210051), LINGGOM
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/20253
• Institution: Institut Teknologi Bandung

Depth prediction of fluids contact and other characteristic in the reservoir are very important to do by an engineer to develop it's field in the future. This is related to parameter level of depth fluid contact in the reservoir which use as reserve calculation from it’s reservoir. Small miss to determinate level contact between water and hydrocarbon and also other parameter will make huge influence in proven reserve calculation in that field. Many methods has been growth to determinate level transition zone from a reservoir. Generally, Leverett and Carman-Kozeny methods as engineering is using to describe that contact level. Formerly, fluid contact determination only using pressure and production test data when a new well first drill. Because of in the company, there is limitation and additional data from it's well and also growth of science, then the accuracy fluid contact determination must be clarificate or compare with others method to have confidence value from the analysis. Finally, this methods will be use to a field which have limitation data from the wells. Fluid contact prediction from a well in this thesis is determinating level depth of contact between oil and water which is doing by gather data result analysis from data log, core, pressure test and production test only from Sukowati-2. Intensity <br /> <br /> <br /> drilling with so many in the field and limitation of sampling core of routine and SCAL, makes characteristic data from Sukowati-2 has been used again for determinate fluid conatct in others well Sukowati, specially which penetrate down through water zone. <br />