CEMPRO+ 2.7.8

CEMPRO+
Cementing Job Model

Cementing is the process of displacing drilling fluids with cement slurry. Among the many challenges cementing companies face are mud channeling, poor casing standoff, loss of circulation, unmanaged high temperature, etc.
Since 2000, Pegasus Vertex, Inc. (PVI) has been involved in the research and development of cementing software.
Our award-winning and integrated cementing software CEMPRO+ has evolved from a simple hydraulics program to a comprehensive package covering casing centralization, circulating temperature, displacement efficiency, surge and swab, torque and drag, HTHP, foamed cement, and job evaluation.
CEMPRO+ offers the industry a better understanding of fluid displacement and helps our engineers make informed decisions regarding placement to minimize risk throughout a well’s life. It provides a platform for both service companies and operators to ensure a successful cementing job by putting all parties on the same page. The successes of CEMPRO+ stem from the combination of PVI’s technical strengths in engineering modeling and collaboration with industry leaders engaged in cementing operation. Our goal is to work collaboratively with our customers to design and deliver the best, sophisticated yet simple cement job software in the market.

To cater to the needs of our users, PVI has developed two different versions of CEMPRO+:
CEMPRO+ with Centralizer Calculation
CEMPRO+ without Centralizer Calculation

Features

Job designs for all the casings in a well
20 casings, with 10 cases for each casing
16 fluids and 40 stages for each design case
Land well, offshore and deep water
Inner string
Tieback
Multi-stage cementing job
Forward or reverse circulation
Gas flow potential
Casing centralization*
T & D for casing running and cementing
Lost circulation
Automatic pump rate calculation
Temperature prediction
Pre-job circulation
HTHP rheology and density
Displacement efficiency
Foamed cementing
Job evaluation
Circulation sub
Thickening time
Coiled tubing
Post-cementing circulation
Managed pressure cementing