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1. Optimize Surface Network Either By Modeling Fluid Sources Or By LinkingWells To Model Entire Productions Systems. 2. Software Shall Be Able To Model Production Systems Containing Oil, Gas And Condensate. 3. Software Shall Be Able To Do Full Field Surface Network Design From Wellbore To Dispatch Point).4. Shall Be Able To Carry Out Field Optimization Studies With Mixed Systems ESP, GL, Naturally Flowing, PCP And Rod Pumps). 5. Software Shall Be Able Accommodate Fixed Chokes And Variable Chokes And Shall Be Able To Determine Choke Sizes In Runtime Mode. 6. Software Shall Be Able To Carry Out Pipeline Flow Assurance Studies Involving Wax, Asphaltene And Hydrate. 7. Software Shall Be Able To Model Centrifugal And Reciprocating Compressor And Pump Systems. 8. Software Shall Be Ready For Production Forecasting With Programmable Elements. 9. Software Shall Be Able To Use Fast And Robust Global Optimization Using Suitable Algorithm. 10. Software Shall Have User Friendly Graphical Interface For Drawing System Network Using Icons For Separators, Compressors, Pipelines, Manifolds And Wells, Inline Chokes Etc. ) 11. Software Shall Be Able To Carry Out Optimization On Oil Production, Revenue, With An Unlimited Number Of Wells, And Tanks. Nodes) 12. Software Shall Be Able To Carry Automatic Calculation Of Wellhead Choke Pressures To Optimize Producing Or Injection Wells And Shall Have The Feature Of Entry Of Constraints At All Nodes. 13. Software Shall Be Able To Link With Existing Well Modeling SoftwareAvailable With OIL For Generation Of Well Performance Responses And LiftCurves In Batch Mode VLP/IPR) 14. Software Shall Have The Features Of Matching Pipeline Pressure Drop Correlations To Measured Data And Each Pipe Shall Be Able To Use A Different Correlation. 15. Software Shall Have The Capability To Carry Out Flow Correlations Including The Common Correlations And Advanced Mechanistic Models.

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