Bibliographic Citation
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| Title | Three-dimensional reservoir geological modeling of the Cano Limon Field, Colombia |
| Creator/Author | Budding, M.C. ; Paardekam, A.H.M. (KSEPL, Rijswijk (Netherlands)) ; Flint, S.S. (Univ. of Liverpool (England)) ; Dubrule, O.R.F. (SIPM, The Hague (Netherlands)) |
| Publication Date | 1990 May 01 |
| OSTI Identifier | OSTI ID: 6761725 |
| Report Number(s) | CONF-900605-- |
| Other Number(s) | ISSN0149-1423; CODEN: AABUD |
| Resource Type | Conference |
| Specific Type | Journal Article |
| Resource Relation | AAPG Bulletin (American Association of Petroleum Geologists) ; Vol/Issue: 74:5; Annual convention and exposition of the American Association of Petroleum Geologists; 3-6 Jun 1990; San Francisco, CA (USA) |
| Subject | 020200 -- Petroleum-- Reserves, Geology, & Exploration ;580000 -- Geosciences; COLOMBIA-- OIL FIELDS;OIL FIELDS-- RESERVOIR ROCK;RESERVOIR ROCK-- GEOLOGIC MODELS; MATHEMATICAL MODELS;SANDSTONES;SEISMIC SURVEYS;THREE-DIMENSIONAL CALCULATIONS |
| Related Subject | GEOLOGIC DEPOSITS;GEOPHYSICAL SURVEYS;LATIN AMERICA;MINERAL RESOURCES;PETROLEUM DEPOSITS;RESOURCES;ROCKS;SEDIMENTARY ROCKS;SOUTH AMERICA;SURVEYS |
| Description/Abstract | The Cano Limon field is located in Colombia, and had a STOIP of 2 bbl.^A three-dimensional geological reservoir model has been constructed with the computer program MONARCH, on the basis of data from 24 wells, The model includes the high net/gross fluvio-deltaic M1 reservoir, and the overlying C5 reservoir, which consists of an undeveloped low net/gross coastal plain sequence.^The modeling project was restricted to an area of 9 x 3 km.^The Cano Limon model is represented by a matrix of 1.75 million volume elements (voxels) each measuring 50 x 50 m horizontally and 0.6 m vertically.^At each voxel the model indicates whether shale or sand is present.^If sand is present, MONARCH differentiates between three types of genetic sand body types: channel, mouth bars, and crevasse splays.^Correlatable sands are mapped using a deterministic approach and the lateral extent of noncorrelatable sand bodies is derived using statistical distributions of width-thickness ratios.^These distributions are directly derived from the information given by Cano Limon well data about the degree of correlativity of the sand bodies.^MONARCH combines structural information, as derived from seismic, with information about sand body orientation as provided by dipmeter data oriented cores, and seismic amplitude maps.^In the case of Cano Limon which is produced by a strong natural water drive with an unfavorable mobility ratio of 11, this level of integration helps provide reliable guidelines regarding the development of the field.^Although the upper C5 reservoir is yet undeveloped, the 24 production wells can hypothetically be completed in the MONARCH models.^Calculations indicate that 60% of the total oil-bearing reservoir volume in the C5 reservoir is connected to 23 of the 24 wells.^MONARCH allows the geologist to input as much geological knowledge as is appropriate in the three-dimensional reservoir model. |
| Country of Publication | United States |
| Language | English |
| Format | Pages: 621 |
| System Entry Date | 2001 May 13 |
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