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Highlights
Benefits
- Improves drilling performance in the most challenging applications
- Extends run lengths, increases drilling efficiency and improves dull conditions
- Optimizes the hybrid bit design specifically for the application
- Delivers better consistency and reduced NPT risk
- Reduces total well costs with fewer bits per interval
Applications
- Tough formations, such as hard or interbedded rock
- Complex directional profiles on bent motor or rotary steerable assemblies
- Applications needing to minimize drilling vibrations
- Sections where conventional bit types show inconsistent or low drilling performance
Overview
Designed to improve performance over conventional bit types and legacy hybrid bits, the Kymera™ Mach 6 bit delivers:
- New bit design strategies combined with new cutting materials that improve durability and increase drilling efficiency
- A novel 3D bit drilling simulation software that models the Kymera dual-cutting mechanism to optimize for any application
- Enhancements to leg and shoulder integrity that make Kymera built for tougher drilling.
The end result: less drilling time, more consistent performance, and lower total well costs.
Improve durability and Increase drilling efficiency
The Kymera Mach 6 bit’s novel design boosts both durability and drilling efficiency. A robust cutter layout improves shoulder durability and provides better core-out resistance to extend run length and improve dull conditions when drilling through the toughest rock. New PDC cutters and carbide materials reduce damage to the cutting structure. The Cone Guard bit body design provides a reliable cone retention mechanism to reduce nonproductive time (NPT) risk associated with lost cones.
Optimize for any application
The proprietary 3D Tetrahedron™ bit drilling simulation software from Baker Hughes is the first step to optimizing the design of every Kymera Mach 6 bit. Tetrahedron uses a polygonal surface mesh to accurately simulate bit-rock interactions under downhole drilling conditions and analyze the Kymera bit’s PDC and TCI dual-cutting mechanism together in one model.
The software can simulate bit performance in a range of different applications and drilling environments, including:
- Rock types ranging from homogeneous to interbedded and with varying hardness
- Bottomhole assemblies (BHAs) including rotary and rotary steerables, adjustable kickoff (AKO) motors, and bit reamers
- Vertical, deviated, or extended-reach wellbores
- On-center or off-center drilling (with bent motor BHAs)
- Drilling conditions that contribute to bit whirl and wear
Using 3D Tetrahedron bit drilling simulation software results in more informed design decisions, shorter development cycles, and a final bit design that reduces cost-per-foot.
Built for tougher drilling
The increasing challenges of today’s drilling environments result in drill bits being subjected to greater service loads. Improvements to bit integrity are essential to delivering reliability, improving consistency, and reducing NPT risk.
Kymera Mach 6 improves bit integrity with a reinforced shoulder design and enhanced leg integrity. The reinforced shoulder uses a detailed design process to ensure integrity of the ShadowCut cutter pockets. A finite element analysis (FEA) model predicts pocket reliability using cutter loads from Tetrahedron to improve durability and performance consistency. Leg integrity is enhanced with design and manufacturing updates that reduce stress by up to 30% compared to legacy Kymera bits, providing greater reliability and reduced NPT risk in extreme loading scenarios.
Contact your local Baker Hughes representative to learn how Kymera Mach 6 hybrid drill bits can help you conquer challenging applications in less drilling time while delivering more consistent performance and lower total well costs.
