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    • 5. 发明授权
    • Reduced abrasiveness with micronized weighting material
    • 用微粉化加重材料降低磨损
    • US07651983B2
    • 2010-01-26
    • US12191089
    • 2008-08-13
    • Jarrod MassamAndrew Bradbury
    • Jarrod MassamAndrew Bradbury
    • C09K8/74
    • C09K8/03C09K8/032
    • A method of prolonging the average lifespan of downhole tools that includes circulating the wellbore fluid comprising a base fluid and at least one of a micronized weighting agent and a dispersant coated weighting agent through the wellbore; wherein the wellbore fluid is characterized as having at least one of an equivalent weight, an equivalent or lower settling rate, and an equivalent or lower sag than a baseline wellbore fluid comprising a base fluid and an API-grade barite weighting agent; and wherein the wellbore fluid reduces abrasive wear of the downhole tool as compared to drilling with the baseline wellbore fluid is disclosed.
    • 一种延长井下工具的平均寿命的方法,其包括使包含基础流体的井眼流体​​和微粉化加重剂和分散剂涂覆的增重剂中的至少一种通过井筒循环; 其特征在于,所述井眼流体的特征在于具有等效重量,等效或较低沉降速率以及等于或低于基本井眼流体的等效或较低的下垂中的至少一种,所述基准井眼流体包括基础流体和API级重晶体加重剂; 并且其中井筒流体与基准井眼流体的钻井相比,减少了井下工具的磨损。
    • 7. 发明申请
    • REDUCED ABRASIVENESS WITH MICRONIZED WEIGHTING MATERIAL
    • 使用微型称重材料降低耐磨性
    • US20090005271A1
    • 2009-01-01
    • US12191089
    • 2008-08-13
    • Jarrod MassamAndrew Bradbury
    • Jarrod MassamAndrew Bradbury
    • C09K8/03
    • C09K8/03C09K8/032
    • A method of prolonging the average lifespan of downhole tools that includes circulating the wellbore fluid comprising a base fluid and at least one of a micronized weighting agent and a dispersant coated weighting agent through the wellbore; wherein the wellbore fluid is characterized as having at least one of an equivalent weight, an equivalent or lower settling rate, and an equivalent or lower sag than a baseline wellbore fluid comprising a base fluid and an API-grade barite weighting agent; and wherein the wellbore fluid reduces abrasive wear of the downhole tool as compared to drilling with the baseline wellbore fluid is disclosed.
    • 一种延长井下工具的平均寿命的方法,其包括使包含基础流体的井眼流体​​和微粉化加重剂和分散剂涂覆的增重剂中的至少一种通过井筒循环; 其特征在于,所述井眼流体的特征在于具有等效重量,等效或较低沉降速率以及等于或低于基本井眼流体的等效或较低的下垂中的至少一种,所述基准井眼流体包括基础流体和API级重晶体加重剂; 并且其中井筒流体与基准井眼流体的钻井相比,减少了井下工具的磨损。