10,372
edits
Changes
Jump to navigation
Jump to search
Line 47:
Line 47: − {| class = "wikitable"+ − |-+ − ! Step || Action+ − |- − | 1 || Correlate flow units between wells in strike and dip-oriented structural and stratigraphic [[cross section]]s. − |- − | 2 || Identify the high-quality flow units from rock and log data. − |- − | 3 || Draw boundaries between containers by identifying flow barriers or by interpreting where flow lines diverge within flow units common to both containers. − |}
Flow units and containers (view source)
Revision as of 21:56, 17 November 2014
, 21:56, 17 November 2014→Procedure: defining containers
Defining containers within a reservoir system is relative to the flow quality of the rock. Flow units with the largest connected pore throats dominate flow within a reservoir system. Follow the steps listed in the table below as a method for defining containers.
Defining containers within a reservoir system is relative to the flow quality of the rock. Flow units with the largest connected pore throats dominate flow within a reservoir system. Follow the steps listed in the table below as a method for defining containers.
# Correlate flow units between wells in strike and dip-oriented structural and stratigraphic [[cross section]]s.
# Identify the high-quality flow units from rock and log data.
# Draw boundaries between containers by identifying flow barriers or by interpreting where flow lines diverge within flow units common to both containers.
==Impact of container quality and drive==
==Impact of container quality and drive==