The IPM suite of tools: GAP, PROSPER, MBAL, PVTP, REVEAL and RESOLVE can be run together seamlessly, allowing the engineer to design complete field models. The models can include the reservoir tanks, all the wells and the surface gathering system. IPM can model and optimise the production and the water or gas injection system simultaneously. With the Reservoir, Wells and Complete Surface Systems model completed and the production history matched, the production system can be optimised and production forecasts run. The unique global optimisation approach permits the engineer to determine the optimum setting to maximum production or revenue, taking account of all constraints that are set in the system. These results can then be used to implement adjustments at the...
Sulsim simulates sulphur recovery units (SRUs) as individual cases. Each case is composed of one or more trains of sulphur process units, unified by a process pipe. Inlet gas streams enter the process from a train source and optional inlet stream source units. The process flowsheet, which schematically displays the SRU structure, is a line or three-dimensional drawing created in the case window using process building tools. The type of operations that can be performed on the flowsheet depends upon the current operation mode selected by the user. Access to the tools required to add, remove and position process units on the flowsheet are available to the user when in build mode. External gas streams and internal bypasses of materials...
PVT Modeling Improved CO2 modelling Viscosity models in EOS can be changed Multiphase Flash Hydrate modelling with salts Well Modeling CBM well modelling Well modelling with Sucker Rod Pumps VLPs can be scheduled to change Flow assurance related results in the VLPs New IPR method (per phase) Pump/Compressor Modelling Setting option to report violated/limiting constraints when running with no optimisation Compressor results expanded Option to model different compressor stages on the same shaft Program Interface New plotting display Running script for solve network Sinks/Sources working on mass Inline separator having fixed pressure LNG element available. GAP | PROSPER | MBAL | PVTp | RESOLVE | REVEAL | OpenServer PROSPER Version 12.0 – Enhancements Implemented: PVT Modeling Improved CO2 modeling The...
IPM 7.5 Enhancements New Features in the Latest Versions of the IPM Suite - Released January 2010 IPM 7.5 This is a summary of the main additions that have been incorporated into the IPM suite of programs in the January 2010 release. GAP Version 8.50 – Enhancements Implemented: PVT Modeling Gas viscosity correlations (Lee et al. and Carr et al.) selectable for pressure drop calculations Pipeline Modeling Advanced temperature modeling (Improved Approximation) available along with the default GAP Internal Correlations pipeline modeling Modeling of condensed water vapour in pipelines with GAP Internal Correlations pipeline modeling Well Modeling Liquid injector well type to model for example polymer injection HSP wells VLP format with sensitivity on pump speed Constraints Violations Display Setting option...
The IPM suite of tools: GAP, PROSPER, MBAL, PVTP, REVEAL and RESOLVE can be run together seamlessly, allowing the engineer to design complete field models. The models can include the reservoir tanks, all the wells and the surface gathering system. IPM can model and optimise the production and the water or gas injection system simultaneously. With the Reservoir, Wells and Complete Surface Systems model completed and the production history matched, the production system can be optimised and production forecasts run. The unique global optimisation approach permits the engineer to determine the optimum setting to maximum production or revenue, taking account of all constraints that are set in the system. These results can then be used to implement adjustments at the...
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