Our directional drilling services ensure precise wellbore placement with faster ROP in all applications: from land and shallow-water environments to extended-reach and deepwater drilling.
EFTECH Energy Solutions (formerly known as Eftech Drilling Solutions) also provides MLWD services that give high resolution measurements that optimize reservoir mapping, formation evaluation and geo steering decisions.
DIRECTIONAL DRILLING (DD)
Directional drilling is the science and art of deviating a wellbore along a planned course from a starting location to a target location, both defined with a given coordinate system. Drilling a directional well basically involves drilling a hole from one point in space (the surface location) to another point in space (the target) in such a way that the hole can then be used for its intended purpose. A typical directional well starts off with a vertical hole, then kicks off so that the bottom hole location may end up hundreds or thousands of feet or meters away from its starting.
Either you drill the well with Drilling Motor or Rotary Steerable System, EFTECH Energy Solutions (formerly known as Eftech Drilling Solutions) provide uncompromising quality and performance of Drilling Motor (PowerPLUS)
Drilling Motor Data Sheet
MEASUREMENT WHILE DRILLING (MWD)
MWD SureSHOT – Mud Pulse Telemetry
MWD Sureshot provides highly accurate directional surveys, gamma ray, for all applications from straight-hole through horizontal drilling.
MWD SureShot – Electromagnetic (EM) Telemetry
Benefits:
- Time saved by transmitting surveys during a connection
- High data rates and the ability to operate in conditions where mud pulse telemetry cannot.
Application:
- High ROP drilling with frequent surveys
- High data density LWD and drilling optimization applications
- Underbalanced drilling
- Foam and air drilling
- Extreme lost circulation conditions.
Vibration Memory Modules (VMM)
- The VMM Sensor measures, analyzes, records and enables RT transmission of axial (bit bounce), lateral, torsional, shocks.
- Able to assess the severity of downhole drilling to
- Improve drilling efficiency and alert them to vibration conditions that could damage MWD and other downhole tools.
EM Telemetry System Data Sheet
SureShotTM MWD Gamma Sensor with Environmental Monitoring Data Sheet
SureShotTM MWD System Data Sheet
LOGGING WHILE DRILLING (LWD)
EFTECH Energy Solutions (formerly known as Eftech Drilling Solutions) LWD systems offer superior formation evaluation data to maximize reservoir value while drilling. Our LWD tools deliver wireline quality petrophysical data and address directional drilling and formation evaluation applications. Our tools will help you gather reservoir information, enhance drilling performance and optimize well placement.
SureShotTM MWD Pressure While Drilling Sensor Data Sheet
LOGGING WHILE TRIPPING (LWT)
SAFE
- Tools and radioactive sources safely located inside LWT collar during deployment & logging
- Radioactive sources and the LWT tools are fully retrievable
- Full well control including pipe rotation and circulation during entire operation
COST EFFECTIVE
- Significant rig time savings over wireline, pipe conveyed, or shuttle logging – Save 2 rig days, $0.6M)
- Considerably more economic than LWD
- Less LIH BHA Cost – Tools are fully retrievable at any time unlike the LWD tools, saving $0.5M
EFFICIENT & PROVEN
- Allows logging of horizontal and hostile holes
- No extra pipe trip to change BHA for LWT operations
- No hole conditioning required
- Compact equipment and small crew
- More than 600 over jobs worldwide
SIMPLE
- Memory based, battery powered instruments; no wireline required
- Logs acquired through LWT collars during normal pipe trip
1473 COMPENSATED DUAL NEUTRON (CN) & GAMMA RAY (GR) Data Sheet
1481 TRIPLE DETECTOR DENSITY (DEN) Data Sheet
1185 DUAL INDUCTION (DUIN) Data Sheet
Deep Casing Tools
EFTECH Energy Solutions (formerly known as Eftech Drilling Solutions) is a proud partner of Deep Casing Tools in Asia Pacific region. Partnering with this UK-based provider of downhole technology solutions will allow Eftech Energy Solutions (formerly known as Eftech Drilling Solutions) to rapidly respond to growing customer demand in the region by deploying its suite of well construction and completion tools quickly and safely, whilst delivering a high level of on-the-ground service.
Our Clients:
LOGGING WHILE TRIPPING (LWT)
SAFE
- Tools and radioactive sources safely located inside LWT collar during deployment & logging
- Radioactive sources and the LWT tools are fully retrievable
- Full well control including pipe rotation and circulation during entire operation
COST EFFECTIVE
- Significant rig time savings over wireline, pipe conveyed, or shuttle logging – Save 2 rig days, $0.6M)
- Considerably more economic than LWD
- Less LIH BHA Cost – Tools are fully retrievable at any time unlike the LWD tools, saving $0.5M
EFFICIENT & PROVEN
- Allows logging of horizontal and hostile holes
- No extra pipe trip to change BHA for LWT operations
- No hole conditioning required
- Compact equipment and small crew
- More than 600 over jobs worldwide
SIMPLE
- Memory based, battery powered instruments; no wireline required
- Logs acquired through LWT collars during normal pipe trip
1473 COMPENSATED DUAL NEUTRON (CN) & GAMMA RAY (GR) Data Sheet
1481 TRIPLE DETECTOR DENSITY (DEN) Data Sheet
1185 DUAL INDUCTION (DUIN) Data Sheet
TurboCaser™
TurboCaser™ is a high-speed, turbine-powered casing running system designed to address these challenges. It helps drilling teams to land casings and intermediate liners at target depth in even the most complex wells. The unique drillable turbine can be drilled through in minutes, after normal cementation, in one cost effective operation, allowing the same bottom-hole assembly to immediately drill ahead through the next section.
Key benefits:
- High speed reaming system which lands casing and liners on depth
- No need to rotate the casing or liner reducing potential equipment damage
- Eliminates wiper trips and open hole exposure time
- Cost effect drill through and drill ahead capabilities
TurboRunner™
TurboRunner™ is a high-speed turbine-powered reaming system that enables completions to land at target depth and access all planned reserves. Its unique design combines high-speed rotational reaming with very low operation pressure, and completely isolates the downhole assembly from the dynamics and vibrations of the reamer shoe, thereby minimising the risk of damage to strings and completions.
Key benefits:
- No need to rotate the completion string, protecting low torque or low strength completion equipment
- Eliminates wiper trips
- Can ream through obstructions other tools can’t
- 75% faster than conventional technology
- Reduces completion running cost by up to 70%
TD Pilot™
TD Pilot™ delivers high-speed reaming to land strings at target depth. Using a unique turbine design, it delivers power to the reamer without any rotation at the surface. Its cost-effective design combines high RPM and torque with low circulating pressures. It is particularly effective in challenging wells, where removing the risk of reactive torque and pressure spikes helps to protect completions and equipment.
Key benefits:
- Reduce well construction costs
- Create reliable connections
- Reduce wiper trips
- Minimise Equivalent Circulating
- Density with low flow rate
- Reach target depth
- Maximise return on investment
- Cost effective offering
MechLOK Drill Pipe Swivel™
MechLOK Drill Pipe Swivel™ is the world’s first mechanically lockable Drill Pipe Swivel. It allows the drill pipe to be rotated independently of the work-string resulting in reduced drag, redistributed friction and mitigation of helical buckling. This, in turn, allows increased weight at the tool to help push the liner string into the well to target depth. This unique tool can be locked at any time, removes any hydraulic concerns, and also reduces the risk of injury during completions, as less manpower is required on the rig floor.
Key benefits:
- Reduce well construction costs
- Create reliable connections
- Reduce wiper trips
- Minimise Equivalent Circulating
- Density with low flow rate
- Reach target depth
- Maximise return on investment
- Cost effective offering