News
- HYDPRO version 4.0 released, Oct., 2011
HYDPRO is a comprehensive drilling hydraulics program that covers all aspects of hydraulics, including mud rheology modeling, pressure drops and flow pattern, surge and swab, equivalent circulation densities (ECD), nozzle selection, cuttings concentration profile, and volumetric displacements.
- DISPLEX version 6.6.3 released, Oct., 2011
DISPLEX software models the displacement hydraulics of completions fluids and aids in the design of optimum mud displacement jobs. Many potential problems can be identified before the pumping starts, and appropriate modifications can be made.
- CentraDesign version 4.2.3 released, Oct., 2011
CentraDesign calculates the centralizer placement, casing standoff and torque and drag for ERD or deviated wellbore. It decides the minimum number of centralizers and determines their optimum placement.
- CEMPRO version 5.2.9 released, Oct., 2011
CEMPRO optimizes the design and execution of mud displacement. Many potential problems can be identified prior to the job and appropriate modifications can be made.
- MUDPRO version 2.4 released, Oct., 2011
MUDPRO is the drilling mud reporting software designed to help mud engineers record mud data, calculate hydraulics, track inventory and create daily and end-of-well reports.
- PVI is partnered with ARNCO for CWPRO, May, 2011
PVI is now including ARNCO hardbanding data in CWPRO - Casing wear prediction.
- Applied Drilling Circulation Systems - Hydraulics, Calculations and Models, Mar., 2011
Written by experienced authors, this book provides users with the necessary analytical/numerical models to handle problems associated with the design and optimization of cost-effective drilling circulation systems. Use offer code ADCS11 when ordering to save 20%.
- CTEMP - Circulation temperature modeling, Coming soon
CTEMP combines techniques from a number of different engineering disciplines, and predicts wellbore temperatures. Given a well configuration, CTEMP calculates the temperature distribution in the wellbore by using numerical methods for different operation circumstances.
