发明名称 Method, system and apparatus for subsurface flow manipulation
摘要 Described embodiments relate to methods, systems and infrastructure for flow manipulation within a porous volume. Some embodiments relate to a method of subsurface flow manipulation, comprising: providing fluid at a first subsurface location adjacent to or in a subsurface volume through which the fluid is to pass;providing first suction at a second subsurface location adjacent to or in the subsurface volume to extract fluid from the subsurface volume, the second subsurface location being located across at least part of the subsurface volume from the first subsurface location;providing fluid at a third subsurface location spaced from the first subsurface location and adjacent to or in the subsurface volume; andproviding second suction at the first, second or a fourth subsurface location adjacent to the subsurface volume to extract fluid from the subsurface volume.
申请公布号 US9062541(B2) 申请公布日期 2015.06.23
申请号 US201013384734 申请日期 2010.08.13
申请人 COMMONWEALTH SCIENTIFIC AND INDUSTRIAL RESEARCH ORGANISATION 发明人 Metcalfe Guy Parker;Lester Daniel Robert;Trefry Michael George;Regenauer-Lieb Klaus
分类号 E21B43/16 主分类号 E21B43/16
代理机构 Sughrue Mion, PLLC 代理人 Sughrue Mion, PLLC
主权项 1. A method of subsurface flow manipulation, comprising: providing at least three wells positioned about a subsurface volume and configured to supply and extract fluid from a base of the respective well; operating a first subset of the wells for a first time period to cause fluid to travel part-way through the subsurface volume in a first general direction; operating a second subset of the wells for a second time period to cause fluid to travel part-way through the subsurface volume in a second general direction displaced at a first acute angle from the first direction; operating a third subset of the wells for a third time period to cause fluid to travel part-way through the subsurface volume in a third general direction displaced at a second acute angle from the first direction that is greater than the first acute angle; wherein the first, second and third time periods and the first and second acute angles are selected to cause some of the supplied fluid to remain within the subsurface volume during the operating of at least the first, second and third subsets of wells; and wherein the operating of the first, second and third well subsets is performed to cause fluid to flow in a clockwise or counter-clockwise direction in the subsurface volume.
地址 Campbell AU