FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1971567072> ?p ?o ?g. }

• W1971567072 abstract "Hui, S.K., and Pillai, H., Esso Production Malaysia Inc. (Malaysia) Abstract Two oil fields which are characterized by weak natural pressure support and unfavorable rock properties were planned for waterflooding by Esso Production Malaysia, Incorporated. This paper documents the collection and analysis of data for selection of an optimum waterflood pattern. Included will be discussions on parameters that affect short and long term water injectivity, extensive use of numerical models to compare alternate waterflood patterns, on-site production/injectivity tests to validate predictions and injectivity enhancement methods. With a going-in development plan for an inverted 7-spot waterflood pattern, the final optimum plan was assessed to be a combination of 5-spot and peripheral injection. Introduction The Guntong and Tabu fields are located in the South China Sea, 210 kilometers off the east coast of Peninsular Malaysia in water depths of about 65 meters (Figure 1). Esso Production Malaysia Incorporated (EPMI) has explored and is currently developing the fields as a contractor to Petroleum Nasional Berhad (PETRONAS), the Malaysian national oil company. Two major north-south trending faults divide the Guntong and Tabu structures into three areas (Figures 2 and 3). At Guntong the fault separating the west fault block from the remainder of the field is interpreted to be sealing. However, there is currently no conclusive evidence that the central fault block is separated from the east fault block. At Tabu there is no conclusive evidence that either of the two north-south trending faults are sealing. This paper will focus on the waterflood development program for the central and east fault blocks at Guntong and the east fault block at Tabu. The majority of the oil-in-place at Guntong is contained in 6 main group I sandstone reservoirs. During the exploration phase large gas caps were encountered in the west fault block but only a small gas cap was intersected in the east in one of the lower I reservoirs. Consequently, gas caps are expected to be small or non-existent in the remaining east fault block group I reservoirs. Natural water-drive is expected to be weak. Oil-water relative permeability data from core samples show very low relative permeability to water at residual oil saturation. The oil is typified by a high API gravity, low viscosity and high gas-oil ratio. At Tabu, the east fault block group I reservoirs have similar characteristics. Waterflood was deemed to be most appropriate for development of the central and east fault blocks of Guntong and the east fault block of Tabu. Three 32-conductor platforms were planned for Guntong central and east fault blocks while one 32-conductor platform was planned for Tabu east fault block. EPMI's previous field development experience had been with the groups J and K sandstone which typically have better reservoir qualities complemented by strong to moderate gas, water or combination drives. The task was to develop an efficient waterflood plan for the two fields. RESERVOIR DESCRIPTION Structure The Guntong field is a east-west trending compressional anticline, approximately 11 kilometers long and 6.5 kilometers wide. The areal closure is about 50 square kilometers and the maximum structural relief is about 280 meters at the I-25 level in the east fault block. The maximum vertical relief in the west fault block is about 220 meters. The structure is asymmetrical, with dips of 5 deg. to 6 deg. on the north flank and 10 deg. to 14 deg. on the south flank. Figure 4 shows an east to west structural cross-section of the main group I sandstone reservoirs. P. 746^" @default.
• W1971567072 created "2016-06-24" @default.
• W1971567072 creator A5008737896 @default.
• W1971567072 date "1988-02-02" @default.
• W1971567072 modified "2023-09-25" @default.
• W1971567072 title "Waterflood Development of the Guntong and Tabu Fields" @default.
• W1971567072 doi "https://doi.org/10.2118/17690-ms" @default.
• W1971567072 hasPublicationYear "1988" @default.
• W1971567072 type Work @default.
• W1971567072 sameAs 1971567072 @default.
• W1971567072 citedByCount "1" @default.
• W1971567072 crossrefType "proceedings-article" @default.
• W1971567072 hasAuthorship W1971567072A5008737896 @default.
• W1971567072 hasConcept C127313418 @default.
• W1971567072 hasConcept C127413603 @default.
• W1971567072 hasConcept C147176958 @default.
• W1971567072 hasConcept C151730666 @default.
• W1971567072 hasConcept C183250156 @default.
• W1971567072 hasConcept C2776364302 @default.
• W1971567072 hasConcept C2776774022 @default.
• W1971567072 hasConcept C2778059233 @default.
• W1971567072 hasConcept C2984309096 @default.
• W1971567072 hasConcept C41008148 @default.
• W1971567072 hasConcept C548895740 @default.
• W1971567072 hasConcept C78762247 @default.
• W1971567072 hasConcept C81803558 @default.
• W1971567072 hasConceptScore W1971567072C127313418 @default.
• W1971567072 hasConceptScore W1971567072C127413603 @default.
• W1971567072 hasConceptScore W1971567072C147176958 @default.
• W1971567072 hasConceptScore W1971567072C151730666 @default.
• W1971567072 hasConceptScore W1971567072C183250156 @default.
• W1971567072 hasConceptScore W1971567072C2776364302 @default.
• W1971567072 hasConceptScore W1971567072C2776774022 @default.
• W1971567072 hasConceptScore W1971567072C2778059233 @default.
• W1971567072 hasConceptScore W1971567072C2984309096 @default.
• W1971567072 hasConceptScore W1971567072C41008148 @default.
• W1971567072 hasConceptScore W1971567072C548895740 @default.
• W1971567072 hasConceptScore W1971567072C78762247 @default.
• W1971567072 hasConceptScore W1971567072C81803558 @default.
• W1971567072 hasLocation W19715670721 @default.
• W1971567072 hasOpenAccess W1971567072 @default.
• W1971567072 hasPrimaryLocation W19715670721 @default.
• W1971567072 hasRelatedWork W1972091823 @default.
• W1971567072 hasRelatedWork W1987487632 @default.
• W1971567072 hasRelatedWork W1994256595 @default.
• W1971567072 hasRelatedWork W2011962125 @default.
• W1971567072 hasRelatedWork W2271008464 @default.
• W1971567072 hasRelatedWork W2273821062 @default.
• W1971567072 hasRelatedWork W2366487778 @default.
• W1971567072 hasRelatedWork W2369034942 @default.
• W1971567072 hasRelatedWork W2370578808 @default.
• W1971567072 hasRelatedWork W2373907402 @default.
• W1971567072 hasRelatedWork W2384996168 @default.
• W1971567072 hasRelatedWork W2916029527 @default.
• W1971567072 hasRelatedWork W2941309082 @default.
• W1971567072 hasRelatedWork W3011102203 @default.
• W1971567072 hasRelatedWork W3131839159 @default.
• W1971567072 hasRelatedWork W3142019290 @default.
• W1971567072 hasRelatedWork W3161906208 @default.
• W1971567072 hasRelatedWork W3198571860 @default.
• W1971567072 hasRelatedWork W2181860454 @default.
• W1971567072 hasRelatedWork W2998356591 @default.
• W1971567072 isParatext "false" @default.
• W1971567072 isRetracted "false" @default.
• W1971567072 magId "1971567072" @default.
• W1971567072 workType "article" @default.