Modeling

summary the sub pages in this section describe modeling fundementals for the prodx system conventional wells and unconventional wells follow different modeling paths many models call pvt docid\ kukiwsyppyuhdjzhadbpa on demand at specific pressure and temperature conditions, as required unconventional wells unconventional wells leverage the following models; although, this can vary based on well type and specific configurations data quality and integrity docid\ ytesjhuohly6ou7fkt6bo bottomhole pressure docid\ lscccbzzchcvwce0rngna liquid loading detection dynamic drainage volume (ddv) docid\ u6e9ols1rsil0exp hlp7 artificial lift setpoint optimization pi based forecasting docid\ ft5 q dofpqua2bgowq9t anomaly detection docid 1zoul43nyaovihbfbugct pi opportunity advisor scenario modeling conventional wells conventional wells leverage the following models; although, this can vary based on well type and specific configurations data quality and integrity docid\ ytesjhuohly6ou7fkt6bo virtual metering bottomhole pressure docid\ lscccbzzchcvwce0rngna liquid loading detection choke erosion detection shut in detection steady state detection material balance liquid loading prediction estimated ultimate recovery productivity index anomaly detection docid 1zoul43nyaovihbfbugct pi opportunity hall plot diagnostics well model calibration artificial lift optimization network optimization integrated forecasting