000			03699nmc a2200265 4500
005			20260520010442.0
008			260224s xxu
082			_a068.82 553.28 C62 15730
210			_aDesarrollo y Sustentabilidad
245	0	0	_aESTRATEGIAS DE DESARROLLO DE UN CAMPO DE CRUDOS PESADOS A PARTIR DE LA CARACTERIZACIÓN ESTÁTICA Y DINÁMICA. LA IMPORTANCIA DE UN MODELO GEOLÓGICO INTEGRADO. GRUPO NEUQUÉN, YACIMIENTO LLANCANELLO, MALARGÜE, MENDOZA
270			_a10/08/2023 ; 10/08/2023
300			_a28 p. ; 461-487
520			_aLlancanelo is a heavy oil field located in Malargüe department, southern of Mendoza province. The field is operated by YPF S.A. (100% of participation). The oil is a heavy to extra heavy one with around 12 API degrees and 2.000 to 10.000 cP at reservoir temperature. First wells were drilled in 1937 and field development was intermittent up to 2010 when drilling activity was resumed. Llancanelo presents many challenges; seventy five percent of the area is in a natural reserve called Laguna de Llancanelo (RAMSAR site). OPEX is elevated mainly because of high energy requirement associated with the high viscosities (Oil Liquated Gas is used to heat and power the entire production system and surface facilities, and oil production is delivered by truck). Currently the electrification of the entire field is under construction with the main objective of reduce OPEX. Field development and optimization planning involves the use of downhole heaters to reduce oil viscosity and enhanced its mobility; geosteering multilateral wells to increase contacted reservoir; drilling appraisal wells in areas with higher productive potential associated with the influence of the geothermal gradient. The structure corresponds to a reverse faulted anticline, slightly asymmetric and elongated in NW-SE direction, with a maximum displacement along the fault plane up to one hundred meters (the hanging wall is to the west part and the foot wall to the east part of the fault surface). Reservoirs are related to alluvial fans (sandstones and conglomerates) located in the upper part of the Neuquén Group. Stratigraphically they make an arrange of three electro-sequences informally named (from the bottom to the top) Blue, Olive and Green. These units are hydraulic isolated from each other by two sealing layers called Shale I and Shale II (these are fine to medium grain sandstones with a pelitic matrix). Integration of existing with the new data acquired in the last years (cores, mudlogging, and electrical logging) allowed to enrich the rock-log relationship and therefore getting a better understanding of the reservoir characteristics: sedimentological, stratigraphic, structural, and diagenetic; all of these are very important aspects for reservoir characterization as well as in geosteering new wells. This is the first of two papers in which the workflow for grid construction and probabilistic property modelling for the static model is presented. The second paper is focused on the dynamic model and how the uncertainties were assessed in the workflow with probabilistic approach.
773			_g
942			_cCONGTP
100	1		_aPieroni, Esteban M. _961256
100	1		_aBuchini, Ariel R. _961257
100	1		_aCattaneo, Diego M. _961258
100	1		_aMoglia, Diego _956101
100	1		_aBecerra, Gustavo G. _961259
100	1		_aMontagna, Aldo O. _926974
111	2		_aCongreso de Exploración y Desarrollo de Hidrocarburos (11er : 2022 nov. 8 - 11 : Mendoza) _961064
999			_c195895 _d195895
856			_uhttps://biblioteca.iapg.org.ar/ArchivosAdjuntos/Conexplor2022/Desarr-y-Sustent/desarrollo-y-sustentabilidad25.PDF