-4080
-4090
-4090
-4090
-4100 -4110 -4120
-4100
4 5
6 7 -4110 8 9 10
干层 油层 差油层
油层
差油层 油层
含油水层
-4100 -4110
海拔（m） -4050 -4060 -4070 -4080 -4090 -4100 -4110 -4120
哈德1-24H 地质导向 :总结
runs of 5 wells
• Bit Hour: 75.77
• 1-1-WT-A-X-I-No-TD
Questions?
A Joint Collaboration with Japan Oil, Gas, and Metals National Corporation
time penalty
• FullDrift® system approach
– Consistent hole quality, lower vibration, longer runs at higher ROP
• Consistently delivers 5-6°/100’ doglegs in even challenging directional situations and formations
度岩
深感应 0.2 2000.0
性
解释结论
浅感应 0.00 0.00
1
干层
-4060 2
3
-4070
油层 油层
-4080
-4080
HD1-24H
自然电位 0.00 15.00
深
自然伽马 0.0 150.0
度岩
深感应 0.2 2000.0
性
解释结论
浅感应 0.00 0.00
B
D
C
A -4060
-4070
1. 70125井队配合哈里波顿旋转导向工具顺利在十天内完成HD1-24H水平段。 施工周期比预定（二十五天）少了十五天。无任何乙方原因造成的停工。
2. 油层钻遇率在预定的目标百份之八十五以上, 。由定向井公司钻进至水平段 后，井斜超越91度，虽迅速调整轨迹，钻头依然保持增斜趋势， 以至钻出 C2沙层外二十多米. 由于C3沙层厚度从南向北转薄且顶部提高，使到完钻 前井底部进入泥岩。
• More than just a Point-the-Bit RSS
– Incorporates the Bit into the Geometry to also deliver FullDrift benefits 长保径钻
头技术
• On the fly control using Geo-Span
54.7 13.44-91.02 248.53-244.16
899-1558(659)
52.1 19.04-89.5 187.94-213.70
3-3.5 (70%) 4.6 (90%)
3.5-4 (90%) 4.5(100%)
3.8-4 (90%) 5.5
• FSF2563 PDC Bit
• 3657.95m in 6
Optimized Design 钻头整体优化设计
• Length 钻头长度 • Blade width 刀翼宽度 • Blade shape 刀翼形状
• Amount of wrap / Spiral angle 螺旋刀翼设计
• Surface treatment 表面处理
• Placement of impact arrestors 减震齿布齿
A1h
200-834 (634) 2.13-13.44 53.3-248.53
A8h
190-899 (709) 5.46-19.04 98.22-187.94
1st GP Run
Section (m) ROP (m/h) Inclination(º) Azimuth(º)
Average DLS (º/30m )
Geo-Pilot® Rotary Steerable System
旋转导向系统
A Joint Collaboration with Japan Oil, Gas, and Metals National Corporation
Introducing the Pilot Fleet 旋转导向系统款式
• Aggressiveness of gauge cutters 保径齿攻击性
• Torsional aggressiveness 扭力的攻击性
• Cutter type and location 切削齿选型与布齿
For Better Hole Quality 优化井眼质量
Geo-Pilot Advantages
Average DLS (º/30m )
Max DLS (º/30m )
756-1546 (790) 57.7 8.50-89.20 87.80-89.40
3.5 (85%) 4.9
945-1615.50(670.5)
39.2 27.54-90.22 288.25-283.42
834-1529.41(695.41)
• Azimuthal Gamma and Inclination 1 m from the bit for precise geosteering
Inclination and Azimuthal Gamma Ray @ 3 feet
• Cruise Control 巡航轨迹控制 • High Temperature / Pressure Option
3. 从C2沙层降低井斜经过泥岩直到进入C3沙层，旋转导向工具造斜能力强， 只需六十五米，比预定的一百米少。
4. 若能提升钻井泥浆排量，配合哈里波顿旋转导向工具和钻头， 四百米或更 长的水平段能在八天内一趟钻完成。
哈德1-24H长保径钻头
哈德1-ห้องสมุดไป่ตู้4H 水平井
秦皇岛33-1作业简要总结
Motor Run
Section (m) Inclination (º) Azimuth (º)
A4h
219.5-774(554.5) 0.89-13.87 288.02-201.78
A2h
215.5-716(500.5) 3.52-7.58 41.46-90.93
A6h
251-945 (694) 4.05-27.54 119.84-288.25
SlimWell™ • Produces excellent hole quality
GeoPilot Features and Benefits
• ABI – At Bit Inclination.
– Reduces geometric uncertainty – Enables faster and more accurate corrections
• ABG – At Bit Gamma
– Only 1m behind the bit – Earliest confirmation of bed boundary crossing – Azimuthal image for direction of bed crossing
• Point the Bit Rotary Steerable
What does it do?
• 3D, high tortuosity well designs • Geosteering applications • Extreme Extended Reach • Very soft formations • Very tight casing tolerances /
• 12,001 possible settings
– 0 – 100% build rate in 1% increments – 0 – 360° orientation in 3° increments
• On bottom communications
– Fine tune trajectory to produce ultimately smooth curvature – No interruption – freedom to modify settings at will with no
generating geometry – unique among RSS providers 使用长保径钻头技术
Geo-Pilot Design Concept 设计概念
Inclination and Azimuthal Gamma Ray @ 3 feet
Geo-Pilot Design Concept 设计概念
Vertical Performance Drilling 垂直超越表现钻井
* *
* *
Setting Direction
Geo-Pilot®旋转导向系统的应用
• A Rotary Steerable System - Provides Directional Control while Rotating 提供旋转定向服务
Max DLS (º/30m )
774-1577.9(803.9)
43.5 13.87-89.52 201.78-130.19
4.5-5 (100%) 5.5
716-756 (40)
8.86 7.58-8.50 90.93-87.80
-----
2nd GP Run
Section (m) ROP (m/h) Inclination(º) Azimuth(º)
– Precise well path control with higher ROP – Cruise Control mode for very straight hole