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    • 3. 发明授权
    • Use of thin liquid spacer volumes to enhance hydraulic fracturing
    • 使用薄的液体间隔体积来增强水力压裂
    • US5411091A
    • 1995-05-02
    • US164270
    • 1993-12-09
    • Alfred R. Jennings, Jr.
    • Alfred R. Jennings, Jr.
    • E21B43/267
    • E21B43/267
    • A method for enhanced hydraulic fracturing which comprises injecting a proppant laden fracturing fluid into a formation or reservoir at a rate and pressure sufficient to fracture said formation. Next, a thin spacer fluid is injected into the created fracture. Afterwards, a proppant laden fracturing fluid is injected into the formation at a rate and pressure sufficient to hold the created fracture open which allows proppant to be more evenly distributed throughout the created fracture as proppant falls through the spacer fluid thereby avoiding proppant convection in the created fracture while obtaining substantially improved propping of the fracture.
    • 一种用于增强水力压裂的方法,其包括以足以破坏所述地层的速率和压力将负载剂载荷压裂流体注入地层或储层。 接下来,将薄的间隔液注入到所产生的裂缝中。 之后,将支撑剂负载的压裂液以足以保持所产生的断裂开放的速率和压力注入到地层中,这样支撑剂能够在所产生的裂缝中更均匀地分布,因为支撑剂通过间隔液流动,从而避免了所产生的支撑剂对流 同时获得明显改善的骨折支撑。
    • 6. 发明授权
    • Improved means of fracture acidizing carbonate formations
    • 改进的碳酸盐岩层酸化方法
    • US5238067A
    • 1993-08-24
    • US883999
    • 1992-05-18
    • Alfred R. Jennings, Jr.
    • Alfred R. Jennings, Jr.
    • C09K8/62C09K8/72E21B43/26
    • C09K8/62C09K8/72E21B43/261
    • This invention is directed to a method to improve fracture acidizing in a carbonate containing formation. Initially, the formation is hydraulically fractured so as to form a fracture in the formation in a preferred direction. Thereafter, an acid is directed into the fracture so as to etch the fracture's face and create channels therein. Afterwards, a viscous fluid is directed into the fracture which fluid contains a material sufficient to serve as a diverter and prevent growth in the existing fracture. Once the diverting material is in place, hydraulic fracturing is again conducted within the existing fracture whereupon fracturing forces are directed away from the diverter so as to form a branched fracture to contact hydrocarbonaceous vugs in the formation. The steps of fracturing acidizing, and diverting are continued until a vuggy area in the formation has been interconnected with the fracture system.
    • 本发明涉及一种改善含碳酸盐岩层中断裂酸化的方法。 最初,地层是水力断裂的,以便在优选的方向上在地层中形成裂缝。 此后,将酸引入裂缝中,以便蚀刻裂缝的面并在其中产生通道。 之后,将粘性流体引入裂缝中,该流体包含足以用作分流器的材料,并防止现有裂缝中的生长。 一旦转向材料就位,在现有的裂缝中再次进行水力压裂,由此压裂力被引导离开分流器,以便形成分支断裂以接触地层中的含烃孔。 压裂酸化和转移的步骤继续进行,直到地层中的一个疏水区域与裂缝系统相互连接。
    • 7. 发明授权
    • Method of matrix acidizing
    • 基质酸化方法
    • US5207778A
    • 1993-05-04
    • US782192
    • 1991-10-24
    • Alfred R. Jennings, Jr.
    • Alfred R. Jennings, Jr.
    • C09K8/72E21B43/26
    • E21B43/261C09K8/74C09K2208/24C09K2208/26
    • This invention is directed to a method to improve matrix acidizing of a carbonate containing formation by taking advantage of wormholes which are created during acidizing. The wormholes are closed with a solidifiable gel which protects them from entry of additional acid. The solidifiable gel is allowed sufficient time to form a solid. After a solid gel is formed, additional acid is directed into the formation where it moves past the wormholes containing the solid gel. Thereafter, an additional volume of solidifiable gel is directed into the formation where it protects any subsequently formed wormholes and diverts the acid further into the formation. An additional volume of acid is directed into the formation and the steps repeated until the formation has been acidized to obtain a desired degree of permeability.
    • 本发明涉及通过利用在酸化期间产生的虫洞来改善含碳酸盐岩层的基质酸化的方法。 虫洞用可凝固的凝胶封闭,可保护其免受额外的酸的侵入。 允许可凝固的凝胶充分时间以形成固体。 在形成固体凝胶之后,另外的酸被引导到地层中,在那里它移动通过含有固体凝胶的虫洞。 此后,将额外体积的可凝固凝胶引导到地层中,其中保护任何后续形成的虫洞并将酸进一步转移到地层中。 将额外体积的酸引导到地层中,并重复这些步骤,直到地层被酸化以获得期望的渗透程度。
    • 8. 发明授权
    • Method for improving sustained solids-free production from heavy oil
reservoirs
    • 改善重油库持续无固体生产的方法
    • US5036918A
    • 1991-08-06
    • US446834
    • 1989-12-06
    • Alfred R. Jennings, Jr.Roger C. Smith
    • Alfred R. Jennings, Jr.Roger C. Smith
    • E21B43/02E21B43/24E21B43/267
    • E21B43/2405E21B43/025E21B43/267
    • A method for controlling formation fines when producing viscous oil from a consolidated or loosely consolidated formation having at least two wells therein. Both wells are perforated and hydraulically fractured at a lower level via a viscous gel fluid having a size and temperature resistant proppant therein. The proppant is of a size sufficient to filter formation fines from the oil. Cyclic steam-flooding and oil production are continued in one well, while the other well is shut-in. Prior to steam break through, the lower perforated intervals are isolated with production packers containing knock-out plugs. A correlatable selected upper interval in both wells is perforated and hydraulic fracturing is repeated. Cyclic steam-flooding and oil production are continued in the upper interval until steam break through occurs. Cyclic steam-flooding is ceased and production strings are directed through the knock-out plugs into the lower interval. Thereafter, steam is directed down the annulus from a first well into a second well in the upper interval, while producing oil from the lower interval. Thereafter, steam is circulated down both wells into the upper formation causing the formation of a "heat chest" and the production of hydrocarbonaceous fluids from the lower interval via the production string.
    • 当从其中具有至少两个孔的固结或松散固结的地层生产粘性油时,控制地层细粉的方法。 两口井均通过其中具有尺寸和耐温支撑剂的粘性凝胶流体在较低的水平上进行水力断裂。 支撑剂的尺寸足以从油中过滤成分。 在一口井中继续循环蒸汽和石油生产,另一口井被关闭。 在蒸汽穿透之前,较低的穿孔间隔与包含敲打塞的生产包装机隔离。 在两个井中相关的选择的上部间隔是穿孔的,并且重复水力压裂。 循环蒸汽驱油和产油继续在上段,直到发生蒸汽破裂。 循环蒸汽停止,生产线通过排出塞子进入较低的间隔。 此后,在上部间隔内将蒸汽从第一井向下引导到第二井中,同时从较低间隔产生油。 此后,蒸汽沿两口井循环进入上部地层,形成“加热箱”,并通过生产管柱从较低间隔产生含烃流体。
    • 9. 发明授权
    • Method for enhancing heavy oil production using hydraulic fracturing
    • 使用水力压裂提高重油生产的方法
    • US5005645A
    • 1991-04-09
    • US446835
    • 1989-12-06
    • Alfred R. Jennings, Jr.Roger C. Smith
    • Alfred R. Jennings, Jr.Roger C. Smith
    • E21B43/24E21B43/26E21B43/267
    • E21B43/267E21B43/24E21B43/261
    • A method for controlling the production of formation fines during the production of heavy oils from a sandstone formation. Hydraulic fracturing is conducted in an interval of the formation using a viscous gel fracturing fluid having a proppant therein. The proppant is sized based on the particle size distribution of the formation fines so as to restrict formation fines movement into the propped fracture. Thereafter, intermittent steam injection is conducted in the formation's productive interval. Hydrocarbon production from the formation is controlled so as to allow formation fines build-up on the fracture face thereby improving the filtration of fines from the heavy oil. After removing a desired amount of hydrocarbonaceous fluids from this productive interval, it is mechanically isolated. Thereafter, the steps are repeated in another productive interval.
    • 一种控制在从砂岩形成的重油生产过程中生成细粉的方法。 使用其中具有支撑剂的粘性凝胶压裂液在成形间隔内进行水力压裂。 支撑剂的尺寸基于地层细粒的粒度分布,以便将成矿细粒运动限制到支撑的裂缝中。 此后,在地层的生产间隔内进行间歇式蒸汽喷射。 控制从地层产生的碳氢化合物,以便在裂缝面上形成细粉,从而改善从重油中过滤细粉。 在从该生产间隔中除去所需量的含烃流体之后,它是机械隔离的。 此后,在另一个生产间隔中重复这些步骤。
    • 10. 发明授权
    • Use of CO.sub.2 /steam to enhance floods in horizontal wellbores
    • 使用二氧化碳/蒸汽来增加水平井筒的洪水
    • US4982786A
    • 1991-01-08
    • US379759
    • 1989-07-14
    • Alfred R. Jennings, Jr.
    • Alfred R. Jennings, Jr.
    • E21B43/16E21B43/24E21B43/30
    • E21B43/24E21B43/164E21B43/305Y02P90/70
    • A method to enhance steam flooding where at least two horizontal wellbores are utilized. Carbon dioxide is injected into a lower perforated horizontal wellbore. Once sufficient carbon dioxide has been injected into the formation, steam is injected through the lower horizontal wellbore. The steam displaces the carbon dioxide into the formation where it contacts and mixes with hydrocarbonaceous fluids. Steam causes the carbon dioxide to expand, thereby providing for a better sweep of the formation. Steam injection is ceased and liquid carbon dioxide injection again is commenced. Afterwards, steam is injected again into the formation. This sequence is continued until it becomes uneconomical to produce hydrocarbonaceous fluids from an upper horizontal wellbore. Hydrocarbon displacement efficiencies are enhanced when hydrocarbons are produced into the upper horizontal wellbore due to viscosity and density differences.
    • 一种用于增强使用至少两个水平井筒的蒸汽淹没的方法。 将二氧化碳注入下穿孔水平井眼。 一旦足够的二氧化碳已经注入到地层中,则蒸汽通过下层水平井眼注入。 蒸汽将二氧化碳置于与地层接触并与烃类流体混合的地层中。 蒸汽导致二氧化碳膨胀,从而提供更好的地层扫掠。 蒸汽注入停止,液体二氧化碳再次注入。 之后,蒸汽再次注入地层。 该序列继续进行,直到从上部水平井眼产生烃类流体变得不经济。 由于粘度和密度的差异,当碳氢化合物产生到上部水平井眼中时,碳氢位移效率得到提高。