HydraulX is REAL TIME Software that concentrates on drilling hydraulics and modeling wellbore pressures and temperatures during all phases of the drilling operation in extended-reach, highly deviated, horizontal and high temperature and high pressure (HTHP) wells. The simulator uses state of the art algorithms and provides the user with a wide range of modeling options.
The simulator includes a well trajectory and planning model for single or multiple well directional profiles, whether computed or imported from other directional survey service providers. The well trajectories are displayed in 3-D profile.
HydraulX calculates and evaluates down-hole temperatures during drilling, circulating and shut-in operations for land and deep-water wells. A finite difference mathematical model has been developed to predict well bore and formation transient temperature behavior during drilling, fluid circulation and shut-in operations. This includes wells with multiple temperature gradients and well bore deviations, based on the fluids physical characteristics. The PVT model accurately calculates ECD and ESD according to formation and wellbore temperature profiles.
HydraulX can be used to analyze and optimize the hydraulics program for complex wells where there is a tight tolerance between ECD and fracture pressure, or pore pressure and fracture pressure. It takes into account the down-hole effects on rheological properties and mud density, in addition to the effects of RPM, tool-joints and cuttings loading on pressure loss calculations, enabling accurate ECD’s calculations.
- Easy and intuitive user interface
- Real Time integration via WITS-0 (Send/Receive)
- WITS TCP or Serial
- Tubular Library (Casing/Drill string lookup tables)
- Directional Wellbore live (fluids and data)
- Fluid tracking
- 2D/3D views
- Store/Record data MS-Access Database (Excel compatible)
- Well modeling supporting:
- Surge & Swab Correction
- Pressure and Temperature Correction
- Cuttings Load Correction
- Manual/PWD Correction Factor
- Consider RPM Effect
- Support Five (5) Rheology Models
- Quick hydraulic Calculations
- Rheology Optimization
- Quick Calculations for Valves Failure
- Roll Over Calculations (Mud Cap)
- Surge Swab Calculations (Optimize RIH & POOH)
One of the basic features of drilling fluid is to remove the drilled cuttings from beneath the bit. The fluid pumped through the bit nozzles exist at high velocity and impacts the hole bottom. After impact, a crossflow develops that forces cuttings away from hole bottom and up the annulus. Penetration rate and overall drilling cost depend greatly on the cleaning action of the drilling fluid.
Bit hydraulic horsepower, impact force, and nozzle velocity are common criteria for optimizing jet-bit hydraulics.
The concept of Hydraulic Optimization is based on the best condition to clean the well is when the force provided by the jets is the maximum.
If you drill a shallow hole section, the maximum impact force is recommended. However, if you drill a deeper section, the maximum hydraulic horsepower is better than the maximum impact force.