Analisis Perhitungan Keekonomian Berdasarkan Perolehan Gas Pada Lapangan CBM Menggunakan Kontrak Bagi Hasil Gross Split

Muhammad, Fadel (2020) Analisis Perhitungan Keekonomian Berdasarkan Perolehan Gas Pada Lapangan CBM Menggunakan Kontrak Bagi Hasil Gross Split. Other thesis, Universitas Islam Riau.

Preview

Text 153210268.pdf - Submitted Version Download (1MB) | Preview

Abstract

The production procces of gas is something that cant be stopped because of lots of energy usage. Also, the request of gas energy for household needs and industrial needs will also increase each times. The utilization of energy alternative Coal Bed Methane (CBM) can fill the need of gas energy and can also cover the deficiency of gas productions in the future. The government and oil company attention is needed to develop the CBM production on Indonesia. This research purpose is to prove that CBM gas production on Indonesia is worthy to do based on the economical indicator of production. This research is using the production sharing contract called Gross Split. The calculation of gross split’s split can be determined with base split and then the split can be adjusted with variable split and progressive split. After we find the final split, next we need to calculate the economical indicator which is Net Present Value (NPV), Internal Rate of Return (IRR) and Pay Out Time (POT). The final results of economical indication calculation will deremine either the production of CBM is worthy or not worthy to be done. According to the research result, the last split for contractor is 70% and the last split for government is 30%. The net contractor take is $ 460.801.556 and the net government take is $ 7.317.984.370.the value of economical indicator for CBM production is NPV = $ 43.915.290, IRR= 39%, and POT= 7 years. Based on that economical indicator result, we can conclude that the production of CBM using production sharing contract of gross split in this research is worthy, because the value of economical indicator fit the minimum requirment for gas production.

Actions (login required)

View Item