The AAPG/Datapages Combined Publications Database
AAPG Bulletin
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AAPG Bulletin; Year: 2015; Issue: June DOI: 10.1306/01191513191
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Figure 12
(A) Distribution of facies-association belts near the top of the model of stacked delta-lobe deposits containing channelized fluvial sandstones (FC) (with the coastal-plain deposits shown in Figure 3E removed), showing the location of injection and production wells. Maps of water saturation after 10 yr of production, with a target oil production rate over 10 yr of 
(2200 bbl/day) for (B) model containing 0% barrier coverage along clinoforms and FC sandbody permeability (
) of 
md, and (C, D) models containing 90% barrier coverage along clinoforms with FC sandbody permeability (
) of (C) 
md, and (D) 
md. Sweep efficiency is reduced when the permeability of FC sandbodies is 
md. DC = distributary channel sandstones; SMB = stream-mouth-bar sandstones; pDF = proximal delta-front sandstones; dDF = distal delta-front heteroliths; PD = prodelta shales.
Figure 12
(A) Distribution of facies-association belts near the top of the model of stacked delta-lobe deposits containing channelized fluvial sandstones (FC) (with the coastal-plain deposits shown in Figure 3E removed), showing the location of injection and production wells. Maps of water saturation after 10 yr of production, with a target oil production rate over 10 yr of (2200 bbl/day) for (B) model containing 0% barrier coverage along clinoforms and FC sandbody permeability () of md, and (C, D) models containing 90% barrier coverage along clinoforms with FC sandbody permeability () of (C) md, and (D) md. Sweep efficiency is reduced when the permeability of FC sandbodies is md. DC = distributary channel sandstones; SMB = stream-mouth-bar sandstones; pDF = proximal delta-front sandstones; dDF = distal delta-front heteroliths; PD = prodelta shales.