Coring Services provides operators with a reliable means of correlating their conventional logs with actual subsurface conditions. With more than 40 years of experience, Halliburton is the leader in managing coring projects that can let you accurately visualize reservoir architecture.
GeoTech™ Drill Bits
The ‘Next Generation’ of PDC Bits
GeoTech™ matrix- and steel-body bits are the "next generation" of PDC bits, with each design truly optimized to deliver a new level of performance in its given application.
Customized through a process that combines specific application experience with our best application science, GeoTech fixed cutter bits incorporate the very latest, most advanced bit technologies: improved matrix/binder materials, leading edge PDC cutter technology, and advanced CFD hydraulics optimization.
But more than that, GeoTech designs combine those innovative technology features through application-specific engineering for bits that help yield optimum performance in your given application.
At the heart of GeoTech innovation, the process of Design at the Customer Interface (DatCI℠) draws from a comprehensive solution "tool box" that comprises our best and latest understanding of the science in the bit including:
•Our rock-interaction analysis tool for predicting load and motion of a drill bit for multiple scenarios including rock chipping, bent motor, whirl, and more.
•Depth of cut control (DOCC) optimally positions cutting-structure elements to smooth torque fluctuations, while a two-step cutter layout position improves performance when primary cutters wear or when drilling parameters change.
•PDC-cutter technology significantly increases the amount of rock removed with less wear for higher average ROP and up to four times the footage of previous products.
•Improved hydraulics simulation leads to optimum hydraulic design, directing flow with little recirculation and eliminating stagnant zones to optimize bit cleaning and minimize erosion.
•Advanced materials include new matrix/binder materials, which increase durability and erosion resistance, enabling innovative steel-blade geometries and aggressive matrix body design.
With new, more sophisticated modeling capabilities than ever before, DatCI allows us to determine during the design phase, if modifications will lead to actual performance improvement in a given application. That means GeoTech bits can be "virtually" verified and tested for optimum performance under specific operating conditions before ever being built.
As a result, each GeoTech bit can be truly optimized to deliver a new level of performance in even the most challenging application: yours.
MegaForce™ Fixed Cutter Drill Bits
Industry‘s Most Robust Matrix Body Drill Bit
Drilling through the most challenging formations, the MegaForce™ bit features advanced SelectCutter™ PDC Technology, ultra-efficient cutter layout force balancing, improved erosion resistant matrix material and enhanced hydraulics.
Designed for an operator‘s specific application by one of our Application Design Evaluation (ADESM) service specialists using our industry-unique Design at the Customer Interface (DatCISM) service, the result is a matrix bit with a combination of higher ROP and longer intervals drilled than any other bit.
QuadPack® Plus Roller Cone Drill Bits
Improved drill bit design enhances hydraulic performance and drilling fluid efficiency
While drilling with a conventional drill bit, fluid flow in the vicinity of cutting elements or cutting structures may be very turbulent and may inhibit or even prevent upward flow of formation cuttings from the bottom and up the wellbore. New advancements in fluid flow optimization and control help to greatly reduce and even eliminate these problems. Our latest design platform is focused on removing cuttings from crucial areas of the cutting structure and the wellbore by changing the arm geometry to create directed flow channels. This in turn produces higher ROP and extends bit life through the efficient removal of cuttings.
The series also includes the QuadPack® bit features:
•High-speed bearing with increased bearing capacity
•Greater seal reliability
•Stronger arms with more surface area for greater stability
•Most responsive pressure compensation system
These longevity features, combined with hydraulic efficiency, provide the customer extreme reliability at the highest rates of penetration.
TurboForce™ Diamond Impregnated Drill Bits
Diamond Impregnated Drill BitsThe TurboForce™ diamond impregnated drill bits feature advanced technology that results in longer intervals drilled, enhanced versatility and reliability, and a lower cost per foot. Halliburton’s exclusive mass distribution calculation and balancing methods improve bit stability and negate underbalanced centrifugal forces. The increased diamond content on the continuous shoulder further promotes bit stability and enables greater run length. Hydro-dynamic bridges redirect fluid and boost the cleaning and cooling of the cutting structure. A proprietary wear indicator precisely determines the bit condition, optimizing decisions for product usage. Advanced active gauge geometry reduces differential sticking, improving overall drilling efficiency.
For more specifications:
http://www.halliburton.com/en-US/ps/drill-bits/conventional-drill-bit-solutions.page?node-id=hgeyxrct
GeoTech™ Drill Bits
The ‘Next Generation’ of PDC Bits
GeoTech™ matrix- and steel-body bits are the "next generation" of PDC bits, with each design truly optimized to deliver a new level of performance in its given application.
Customized through a process that combines specific application experience with our best application science, GeoTech fixed cutter bits incorporate the very latest, most advanced bit technologies: improved matrix/binder materials, leading edge PDC cutter technology, and advanced CFD hydraulics optimization.
But more than that, GeoTech designs combine those innovative technology features through application-specific engineering for bits that help yield optimum performance in your given application.
At the heart of GeoTech innovation, the process of Design at the Customer Interface (DatCI℠) draws from a comprehensive solution "tool box" that comprises our best and latest understanding of the science in the bit including:
•Our rock-interaction analysis tool for predicting load and motion of a drill bit for multiple scenarios including rock chipping, bent motor, whirl, and more.
•Depth of cut control (DOCC) optimally positions cutting-structure elements to smooth torque fluctuations, while a two-step cutter layout position improves performance when primary cutters wear or when drilling parameters change.
•PDC-cutter technology significantly increases the amount of rock removed with less wear for higher average ROP and up to four times the footage of previous products.
•Improved hydraulics simulation leads to optimum hydraulic design, directing flow with little recirculation and eliminating stagnant zones to optimize bit cleaning and minimize erosion.
•Advanced materials include new matrix/binder materials, which increase durability and erosion resistance, enabling innovative steel-blade geometries and aggressive matrix body design.
With new, more sophisticated modeling capabilities than ever before, DatCI allows us to determine during the design phase, if modifications will lead to actual performance improvement in a given application. That means GeoTech bits can be "virtually" verified and tested for optimum performance under specific operating conditions before ever being built.
As a result, each GeoTech bit can be truly optimized to deliver a new level of performance in even the most challenging application: yours.
MegaForce™ Fixed Cutter Drill Bits
Industry‘s Most Robust Matrix Body Drill Bit
Drilling through the most challenging formations, the MegaForce™ bit features advanced SelectCutter™ PDC Technology, ultra-efficient cutter layout force balancing, improved erosion resistant matrix material and enhanced hydraulics.
Designed for an operator‘s specific application by one of our Application Design Evaluation (ADESM) service specialists using our industry-unique Design at the Customer Interface (DatCISM) service, the result is a matrix bit with a combination of higher ROP and longer intervals drilled than any other bit.
QuadPack® Plus Roller Cone Drill Bits
Improved drill bit design enhances hydraulic performance and drilling fluid efficiency
While drilling with a conventional drill bit, fluid flow in the vicinity of cutting elements or cutting structures may be very turbulent and may inhibit or even prevent upward flow of formation cuttings from the bottom and up the wellbore. New advancements in fluid flow optimization and control help to greatly reduce and even eliminate these problems. Our latest design platform is focused on removing cuttings from crucial areas of the cutting structure and the wellbore by changing the arm geometry to create directed flow channels. This in turn produces higher ROP and extends bit life through the efficient removal of cuttings.
The series also includes the QuadPack® bit features:
•High-speed bearing with increased bearing capacity
•Greater seal reliability
•Stronger arms with more surface area for greater stability
•Most responsive pressure compensation system
These longevity features, combined with hydraulic efficiency, provide the customer extreme reliability at the highest rates of penetration.
TurboForce™ Diamond Impregnated Drill Bits
Diamond Impregnated Drill BitsThe TurboForce™ diamond impregnated drill bits feature advanced technology that results in longer intervals drilled, enhanced versatility and reliability, and a lower cost per foot. Halliburton’s exclusive mass distribution calculation and balancing methods improve bit stability and negate underbalanced centrifugal forces. The increased diamond content on the continuous shoulder further promotes bit stability and enables greater run length. Hydro-dynamic bridges redirect fluid and boost the cleaning and cooling of the cutting structure. A proprietary wear indicator precisely determines the bit condition, optimizing decisions for product usage. Advanced active gauge geometry reduces differential sticking, improving overall drilling efficiency.
For more specifications:
http://www.halliburton.com/en-US/ps/drill-bits/conventional-drill-bit-solutions.page?node-id=hgeyxrct
