The following are the expected outputs from the computations carried out under this module, it is the main component and basis for other engineering computations. The outcome is a validated 1D geomechanical model, each individual component can be use as required

• In-situ field stresses
• Rock mechanical properties
• Pore pressure estimations
• Subsurface temperature prediction

This module allows the user to develop, compute and validate parameters that result in the following outputs:

• Optimum mud weight envelope OMW (Static)
• Equivalent circulating density
• Optimum mud weight envelope OMW (Dynamic)
• Hole size prediction
• Formation integrity test design and execution
• Leak-off test design and execution

Completion design is a critical component of the well construction process, computations carried out under this module will allow the user realize the following outcomes

• Lower completion selection
• Continuous grain size distribution (Sandstones only)
• Sand production prediction
• Volumes and localization of sand production
• Filter media selection
• Sand control method selection
• Perforation selection and performance prediction

This module has been developed for the UKCS and covers results of analysis of production from 258 fields and over 40 years of hydrocarbons production, the user can reliably generate predictions for the following

Oil, gas and water production

• Generation of oil production profiles
• Production gas-oil ratio prediction
• Water oil ratio prediction
• Cessation of production prediction

Water injection

• Injectivity index prediction
• Injection breakdown pressure limits (TIF)
• Maximum water injection rate
• Estimated surface injection pressures
• Maximum and minimum horsepower requirements

Well maintenance operations require knowledge of the near wellbore mechanical conditions therefore, prior to any intervention operations such as stimulation, reperforation, wellbore cleanouts a number of critical parameters are required, the user can determine the following

• Fracture pressure prediction
• Wellbore temperature prediction
• Wellbore cooling
• Near wellbore compaction prediction
• Estimation of magnitude and location of near wellbore plugging