Evaluasi Perekahan Hidraulic Menggunakan Proppant Carbolite Di Lapangan X Tight Reservoir Pada Sumur T1 Dan 2

Rambe, Toharuddin (2019) Evaluasi Perekahan Hidraulic Menggunakan Proppant Carbolite Di Lapangan X Tight Reservoir Pada Sumur T1 Dan 2. Other thesis, Universitas Islam Riau.

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Abstract

Hydraulic fracturing in principle is forming a record in the formation by injection of fractured fluid, then blocking the fracture with high-conductivity and conductive material, so that fluid flow from the reservoir to the production well can increase. As a fracture chopper, the work runs as fluid towards the wellbore. The IPR curve (inflow Performance Relationship) is a description of the quality of the ability of a productive formation to produce, which is a description of the relationship between production speed and bottom well flow pressure. From the IPR curve, it can be seen the rate of production before and after the hydraulic fracturing work. Fracturing carried out in wells with low permeability causes propane distribution and transportation to be more important because what is desired is achieving maximum productivity at hydraulic fracturing. This simulation discusses how to influence the Carbo-Lite 20/40 proppant giving a high average permeability price, with fracture permeability prices of 343,428 mD and formation permeability averaging 51,798 mD in well 1 and fracture permeability prices of 303,614 mD and average formation permeability average of 43.830 mD in well 2. The highest index productivity price is 6.326 using the Carbo-Lite 20/40 proppant in well 1 and at 5.834 in well 2.

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