PVTP Popular
PVTP is a tool for the production or reservoir engineer to use to predict the effect of process conditions on the composition of hydrocarbon mixtures with accuracy and speed. The compositional behaviour of complex mixtures including gas mixtures, gas condensates, retrograde condensates, volatile oils and black oils can be interpreted and predicted with confidence. The PVT package can be used as a stand-alone analytical tool, or can be used to generate tables of fluid properties, reduced compositions or matched parameters (Tc, P, ω Volume Shift Parameters and Binary Interaction Coefficients) for other applications such as reservoir simulators, well analysis packages, up to production process simulator. As the industry integrates their reservoir, production wells, surface gathering network and process models together having consistent PVT characterizations that can be used at all levels in the system is fundamental. A reservoir engineer will typically have a characterization with up to five pseudos, while the process engineer wants to model each component. PVTP enables a representative characterization to be developed for both engineering needs.
- The ability to manipulate and predict compositional changes using two distinct methodologies
- The Black Oil Model
- The Equation of State Model - EoS
- Fluids
- Wax
- Hydrate
- Unique Pseudo Characterization
- Multi Stream Regression and Calculations
- Decrease Simulation Time by Effective Matching and Grouping
- Generate PVT Black Oil Tables
- Swelling Test
- Peng-Robinson Equation of State with Volume Shift
- Soave-Redlich-Kwong Equation of State with Volume Shift
- Constant Composition Expansion
- Constant Volume Depletion
- Depletion Study
- Differential Expansion
- Composite Differential Expansion
- Send part or all of the separator gas through up to 10 chillers
- Replacement of separator train by K values
- Replacement of separator/chiller train by Split factors
Listing Details
Visits
5,654
Redirects
504
Don't Miss Out! Get the Best Deal on this Software - Email Us Now!
Map