PVT Solver
Build more representative models of your reservoir fluids. Calculate PVT properties with reliable, simple PVT software. Use PVT Solver to describe the behavior of petroleum reservoir fluids. Easy PVT simulation software to calculate and export any fluid property. Analyze reservoir fluids in three steps! The simplest fluid properties software for your PVT modeling. Step 1 Input Data. Determine the existing system of separation. Input the field parameters related to that system. Step 2 Compare Correlations. Visualize multiple correlation models for each fluid property. Step 3 Calculate Properties. Select a correlation for each fluid property. Define the range of calculations. Use the most popular fluid correlations Discover PVT correlations that are widely used by industry. Sutton (2007) Use to calculate the gas pseudo-critical properties. Dranchuk-Abou-Kassem (DAK) (1975) Use to calculate the gas z compressibility or deviation factor. Standing (1947). Use to calculate the bubble
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PVTsim
Calsep is a leading provider of PVT simulation services to the oil & gas industry. Calsep has solved PVT modeling projects in all continents. The projects involve EoS modeling of all types of reservoir fluids, including natural gas, gas condensates, near-critical fluids, black oils and heavy oils. Calsep’s main product is PVTsim Nova, a versatile PVT simulation program for reservoir engineers, flow assurance specialists, PVT lab engineers, and process engineers. PVTsim takes you all the way from fluid sample to design and process planning. You can quality check your fluid compositions, develop EoS models, handle water, evaluate the risk of solids precipitation and generate input to more than 30 different external simulators including some of the most widely used reservoir, process and flow simulators. With PVTsim Nova 5.1 Calsep supports PRODML and Calsep Excel PVT Templates, which can be used for importing fluid compositions and PVT data into PVTsim in one click.
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CAESAR
CAESAR is a unique well and reservoir management application that can assist in optimizing field development and maximizing hydrocarbon resource value. CAESAR works with any reservoir simulator as well as any production database. It has powerful capabilities for well and reservoir management, including locating potential infill drilling sites for additional reserves, history matching, and waterflood/WAG implementation, as well as identification of recompletions, perforations, and shut-in candidates. CAESAR is designed to visualize flow paths, compute allocation factors, assess pattern performance, and optimize injection based on injector-producer connections. It can be used to generate and analyze streamlines, quantify fluxes, and visualize the performance of a reservoir in 3D. CAESAR provides a complete integration framework to achieve reservoir optimization and production enhancement, using both production data and reservoir simulation.
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WellArchitect
WellArchitect, developed in conjunction with Baker Hughes Company, is an advanced well planning and survey management system for integrated planning and drilling of directional wellpaths with or without earth models. Devised to seamlessly accommodate the needs of sidetracking, multi-lateral wellpaths, and re-entry drilling, WellArchitect is used at both the office and wellsite, by all personnel levels in the industry. Trajectory calculations, target erosion by positional uncertainty, reporting, plotting, and 3D visualization are all included in this package. Wellpaths can be juxtaposed against earth models, reservoir models, and more (above). Data used with permission of the owner. Combines powerful directional drilling software with advanced 3D visualization tools and optional reservoir geo-data, a major step forward for the drilling industry. Handles everything from planning and survey calculations through data management and collision-risk analysis.
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