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公开(公告)号：US08899321B2
公开(公告)日：2014-12-02
申请号：US13084256
申请日：2011-04-11
申请人： Matthew A Dawson , Owen J Hehmeyer , Robert D Kaminsky , Mori Y Kwan , Jean-Pierre Lebel , Robert Chick Wattenbarger , Thomas J Boone
发明人： Matthew A Dawson , Owen J Hehmeyer , Robert D Kaminsky , Mori Y Kwan , Jean-Pierre Lebel , Robert Chick Wattenbarger , Thomas J Boone
摘要： Described are methods of distributing a viscosity reducing solvent to a set of wells terminating in an underground oil reservoir where the variation in the net solvent injection rate is minimized. The net solvent injection rate is the difference between the total solvent injection rate and the total solvent production rate from the set of wells, for example on an instantaneous or daily rate basis. Minimizing this variation can reduce costs associated with surface solvent storage, subsurface solvent storage, and solvent supply, since solvent supply often is least expensive when supplied at near a fixed rate. One option is to operate well pairs and to inject solvent into one well of the pair while producing oil and solvent from the other well of the pair. These methods are particularly useful in solvent-dominated, cyclic or non-cyclic, viscous oil recovery processes.
摘要翻译： 描述了将减粘溶剂分配到终止于地下储油室中的一组井，其中净溶剂喷射速率的变化最小化的方法。 净溶剂注入速率是从一组孔中的总溶剂注入速率和总溶剂生产速率之间的差异，例如以瞬时或每日速率为基础。 最小化这种变化可以降低与表面溶剂储存，地下溶剂储存和溶剂供应相关的成本，因为当以接近固定速率供应时，溶剂供应通常是最便宜的。 一个选择是操作井对，并将溶剂注入到一对井中，同时从该井的另一个井中产生油和溶剂。 这些方法在以溶剂为主的，循环的或非循环的粘稠油回收方法中特别有用。
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公开(公告)号：US20110295771A1
公开(公告)日：2011-12-01
申请号：US13084256
申请日：2011-04-11
申请人： Matthew A Dawson , Owen J Hehmeyer , Robert D Kaminsky , Mori Y Kwan , Jean-Pierre Lebel , Robert Chick Wattenbarger , Thomas J Boone
发明人： Matthew A Dawson , Owen J Hehmeyer , Robert D Kaminsky , Mori Y Kwan , Jean-Pierre Lebel , Robert Chick Wattenbarger , Thomas J Boone
摘要： Described are methods of distributing a viscosity reducing solvent to a set of wells terminating in an underground oil reservoir where the variation in the net solvent injection rate is minimized. The net solvent injection rate is the difference between the total solvent injection rate and the total solvent production rate from the set of wells, for example on an instantaneous or daily rate basis. Minimizing this variation can reduce costs associated with surface solvent storage, subsurface solvent storage, and solvent supply, since solvent supply often is least expensive when supplied at near a fixed rate. One option is to operate well pairs and to inject solvent into one well of the pair while producing oil and solvent from the other well of the pair. These methods are particularly useful in solvent-dominated, cyclic or non-cyclic, viscous oil recovery processes.
摘要翻译： 描述了将减粘溶剂分配到终止于地下储油室中的一组井，其中净溶剂喷射速率的变化最小化的方法。 净溶剂注入速率是从一组孔中的总溶剂注入速率和总溶剂生产速率之间的差异，例如以瞬时或每日速率为基础。 最小化这种变化可以降低与表面溶剂储存，地下溶剂储存和溶剂供应相关的成本，因为当以接近固定速率供应时，溶剂供应通常是最便宜的。 一个选择是操作井对，并将溶剂注入到一对井中，同时从该井的另一个井中产生油和溶剂。 这些方法在以溶剂为主的，循环的或非循环的粘稠油回收方法中特别有用。
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公开(公告)号：US08528642B2
公开(公告)日：2013-09-10
申请号：US13102322
申请日：2011-05-06
申请人： Thomas J Boone
发明人： Thomas J Boone
IPC分类号： E21B43/08
CPC分类号： E21B43/24 , E21B43/08 , E21B43/12 , E21B43/305
摘要： Described is a well completion for evenly distributing a viscosity reducing injectant (e.g. steam and/or solvent, e.g. in SAGD or CSS) into a hydrocarbon reservoir (e.g. of bitumen), for evenly distributing produced fluids (most specifically vapor influx) and for limiting entry of particulate matter into the well upon production. On injection, the injectant passes through a limited number of slots in a base pipe, is deflected into an annulus between the base pipe and a screen or the like, and passes through the screen into the reservoir. On production, hydrocarbons pass from the reservoir through the screen into a compartmentalized annulus. The screen limits entry of particulate matter (e.g. sand). The hydrocarbons then pass through the slots in the base pipe and into the well. Where a screen is damaged, the compartmentalization and the slots in the base pipe limit particulate matter entry into the well.
摘要翻译： 描述了将均匀分布的降粘注射剂（例如在SAGD或CSS中的蒸汽和/或溶剂）均匀分布到烃储存器（例如沥青）中，以均匀分布所产生的流体（最具体地说是蒸汽流入）并用于限制 生产时颗粒物进入井内。 在注射时，注射剂通过基管中的有限数量的槽，被偏转到基管和屏幕等之间的环形空间中，并通过筛网进入储存器。 在生产中，碳氢化合物从储层通过筛网进入分隔的环形空间。 屏幕限制颗粒物质（例如沙子）的进入。 烃然后通过基管中的槽并进入井中。 在屏幕损坏的情况下，基管中的间隔和狭槽会限制进入井的颗粒物。
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