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BAKER HUGHES - Drilling Fluids Reference Manual

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TABLE OF CONTENTS<br />

ADVANTAGE SM<br />

ADVANTAGE SM is Baker Hughes <strong>Drilling</strong> <strong>Fluids</strong>’ integrated platform for all well planning,<br />

reporting and analysis services. This is a modular platform which allows for customized features<br />

depending on services being provided. <strong>Drilling</strong> <strong>Fluids</strong> Services include the comprehensive Daily<br />

<strong>Fluids</strong> Reporting system as well as the Engineering Software System. Engineering Software consists<br />

of Hydraulics and Swab and Surge Analysis<br />

All services above share data within a common integrated multi-well relational database. Data<br />

entered in Reporting Applications can be readily loaded into the Engineering Applications for<br />

rapid analysis. The Engineering Applications themselves are integrated. Analyses can be run for<br />

Hydraulics, Hole Cleaning, HTHP, and Swab & Surge predictive results at one time with the<br />

common dataset either for pre-well planning purposes, or daily operational data.<br />

Standard output reports from all Engineering Applications include Input Data and Calculated<br />

Results. In addition, ancillary reports (such as drill string and survey listings) are available. Also,<br />

all Engineering modules have interactive on screen graphic presentations of results. These results<br />

can be cut and pasted into standard MS Office applications (as graphics or data) for supplemental<br />

output.<br />

More specific information on ADVANTAGE SM Modules is provided below.<br />

ADVANTAGE SM Engineering Hydraulics<br />

Advantage Hydraulics provides sophisticated mathematical hydraulics and hole cleaning models.<br />

It is designed to give the best available estimate of the flow rate required to maintain effective hole<br />

cleaning. The program has been developed by a combination of theoretical modeling and field<br />

verification.<br />

Hydraulics calculates the following:<br />

• Total system pressure loss<br />

• Maximum and minimum allowable flow rates for the given hole and drillstring configurations<br />

• Annular velocities<br />

• Hydraulic horsepower at the bit<br />

• Equivalent circulating density (ECD)<br />

• Can be set to run several standard rheology models including: Bingham Plastic, Power Law,<br />

Newtonian, Hershel-Bulkley and Robertson-Stiff.<br />

ADVANTAGE SM HTHP Analysis<br />

When ADVANTAGE SM is run in the HTHP analysis mode, it considers the influence of pressure<br />

and temperature on the mud density and viscosity. The temperature profile can either be calculated<br />

or defined. The calculation of downhole density based on pressure and temperature requires the<br />

knowledge of the mud density profile. This can be provided by mud density measurements or by<br />

calculating the density based on the mud components. The results are displayed graphically in the<br />

Hydraulics Results Window. The calculation of mud rheological properties requires Fann70<br />

readings. These data must cover the range of pressures and temperatures expected in the well. The<br />

calculation performed is similar to a System Mud Hydraulics calculation. Additional results are<br />

created. There is an effective mud weight and a temperature profile report. Both are available<br />

<strong>BAKER</strong> <strong>HUGHES</strong> DRILLING FLUIDS<br />

REFERENCE MANUAL<br />

REVISION 2006 13-23

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