RCP GAS FIELD DEVELOPMENT PLAN TO FULLFILL GAS SALES AGREEMENT PLAN

Herianto Herianto, Dedi Kristianto, Dhimas Arief Rahmawan

Abstract


The RCP field is an exploration field which is currently in the early development stage. From the drilling of exploration wells, a gas reservoir has been found in the Basal Sand formation. The Basal Sand Formation itself is a fairly deep formation and includes a large reservoirhigh pressure high temperature(HPHT). This RCP field hasInitial Gas Inplace IGIP) of 1202 Bcf. Currently there is a demand for gas supply of 50 MMSCFD for 10 years, so it is necessary to evaluate as a supporter of the Gas Sale and Purchase Agreement (PJBG). This research is expected to find out that the RCP field is able to fulfill the PJBG according to the plan.  The development of the RCP Gas Field starts from the IGIP calculation, then calculations are carried outrecovery factorto getestimate ultimate recovery(EUR), which will then be corrected for reserves of impurities. The next stage is the field development scheme. For field development during the PJBG contract period, it is planned to use 3 development wells with optimization of the production rate using chokes. Gross rate field of 67 MMSCFD (22.3 MMSCFD per well) to getgas salesof 50 MMSCFD. After planning the development of the field, the next step is to calculate the economy. The economic calculation is calculated using the PSC scheme based on Fiscal Termapplicable in the RCP field.  The results of the analysis of the development scheme show that the RCP field is able to produce according to the PJBG plan with gas sales daily amount of 50 MMSCFD for 10 years. Economic calculations show positive results so that it is concluded that the RCP Field has economic value and is feasible to be developed. From the economic calculation, we get NPV@10 % = 96.2 MM US$; IRR = 27.1%; POTS = 2.5 years.


Keywords


gas field development, Gas Sale and Purchase Agreement, Fiscal Term, economic analysis

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References


Ahmed, Tarek. "Reservoir Engineering Handbook". Elsevier. Chapter 13: Gas Reservoirs (Pages 856 - 863). 2006.

Al-Attar, Hazim. "A General Approach for Deliverability Calculations of Gas Wells". Journal of Petroleum Science and Engineering. Vol. 67. Pages 97 - 104. 2009.

Amyx, James, W.”Petroleum Reservoir Engineering Physical Properties". McGraw-Hill Book Company. Chapter 8: The Material Balance (Pages 573 - 575). 1960.

Chaudhry, Mandate U.”Gas Well Testing Handbook". Elsevier. Chapter 9: Pressure Method of Analysis (Pages 450 - 451). 2003.

Craft, B., Hawkins, M.”Applied Petroleum Reservoir Engineering". Prentice Hall PTR. Chapter 1: Introduction to Reservoir Engineering (Pages 9 - 31). 1991.

Ikoku, Chi. U.”Natural Gas Production Engineering". Kreiger Publishing Company. Chapter 8: Gas Well Performance (Pages 362 - 367). 1992.

Johnston, JL, Lee, WJ "Estimating the Stabilized Deliverability of a Gas Well Using the Rawlins and Schellhardt Method: An Analytical Approach". SPE-23440, presented in Lexington, Kentucky, 22 – October 25, 1991.

Lee, John. "Well Test". Society of Petroleum Engineers. Chapter 2: Pressure Build Up Tests (Page 76). 1982.

McCain, WD"The Properties of Petroleum Fluids". PennWell Publishing Company. Chapter 3: Equations of State (Page 117 - 121). Chapter 5: The Five Reservoir Fluids (156 - 157). 1933.

Omar Al-Fatlawi.,| Md Hossain Mofazzal., Steven Hicks., Ali Saeedi., 2016.”Developed Material Balance Approach for Estimating Gas Initially in Place and Ultimate Recovery for Tight Gas Reservoirs”, Proceedings of Abu Dhabi International Petroleum Exhibition & Conference, 7-10 November, doi.org/10.2118/183015-MS.

Astari AH,"Integrated Evaluation of Masela Block Development Concepts”, Faculty of Science and Technology Universitetet I Stavanger, 2017.

Herianto, 2018.”Economic Analysis of Data Engineering On Production Sharing Contract Case Study Field "A"”, Journal of Economics and Sustainable Development.

Herianto, 2018.”Gas Field Project Analysis with Wells and Compressor Investment Case Study of ID Field,International Journal of Science and Engineering Investigations (IJSEI).

Saurabh Tewari., UD Dwivedi., et al., 2019, "Assessment of Big Data Analytics Based Ensemble Estimator Module for the Real- Time Prediction of Reservoir Recovery Factor”, SPE Middle East Oil and Gas Show and Conference.

John Richardson and Wei Yu., 2018, “Calculation of Estimated Ultimate Recovery and Recovery Factors of Shale-Gas Wells Using a Probabilistic Model of Original Sas in Place". Texas A&M University.

Edgar G Sebastian. 2015. “Estimated Gas Volume Beginning of Using Volumetric Method in POR . Field". National Seminar of Scholars.

Girardi, et al., 2001.”Improvement of Gas Recovery Factor Through the Application of Dewatering Methodology in the Huamampampa Sands of the Aguaragüe Field". Society of Petroleum Engineers Inc.

Erhui Luo, et al., 2019.”The effect of impurity on miscible CO2 displacement mechanism". Oil & Gas Science and Technology.


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