Miscible applied simulation techniques for energy recovery: Version 2.0. User's guide; Technical manual.

摘要

MASTER (Miscible Applied Simulation Techniques for Energy Recovery) is a multicomponent, pseudomiscible simulator that simultaneously tracks stock tank oil, natural gas, water, up to four solvent species, and a surfactant. Natural gas and solvent 1 are allowed to partition between the gas, oil, and aqueous phases while solvents 2, 3, and 4 partition among the gas and oil phases only. The surfactant exists in the aqueous phase only. This User's Guide is meant to serve as a manual for users of the multicomponent, pseudomiscible simulator MASTER. In Section 2, Model Overview, the development history of MASTER and the type of problems that can be simulated are discussed. In Section 3, Data Preparation and Description, the required format for the input file is shown, while in Section 4, Interpretation of Model Output, various output formats are shown. In Section 5, Conventional Model Features, and in Section 6, Special Model Features, certain options and calculations in the code that the user should know to make the correct choice of variable values and options are discussed. Lastly, Section 7, Example Problems, validation runs and examples of correct input and output files are presented. The information contained in this manual should be sufficient for the user to complete a successful simulation run with MASTER. If the user would like detail on the mathematics of the code, refer to the accompanying Technical Manual. MASTER was developed on a Digital Computer System (VAX 8650) and was written in standard FORTRAN 77. The simulator should run with minor or no modification on machines designed to handle standard FORTRAN 77. 44 refs., 17 figs., 9 tabs.