what we are offering
Provides a fast, convenient, reliable, economic and an efficient software solution to resolve engineering problem. EICEbox is EICE's software store, where a number of applications (EICEcubes) that helps solve engineering problems are available. It leverages the latest advances in information technology and science by combining powerful engine algorithms with a central database and a HTML5 based user experience. The EICEcubes are available both on the cloud (subscription model) or easily deployed on a client's server (license model).
Primary objective of EICEbox is to provide a fast, convenient, reliable, economic and an efficient software solution to resolve high science engineering problem.
See below for list of EICEcubes
PVTcube is a standalone computational engine module for performing property calculations for oilfield hydrocarbon fluids using a standard set of methods.
Includes all standard correlations.
-Black oil/Empirical correlations.
-Equations of state.
Supports single-phase, black oil and compositional fluids.
pipeCube is a computational engine module for performing integrated multiphase hydraulics, heat transfer and fluid property calculations for oilfield tubulars using a standard set of methods.
-Tracking of batched products.
-Time-dependent transient hydraulics.
-Instrumentation analysis for pressure and temp sensors, flow meters, gravitometers, etc.
-Statistical analysis for assessing the impact of instrumentation sensitivity, modeling uncertainty, engineering parameter variability.
wellCube is a standalone computational engine module for performing well nodal analysis using a standard set of methods for reservoir inflow and wellbore modeling.
-Inflow curves selection based on IPR types.
-Integrated radial heat transfer model.
-Employs an iterative matching algorithm.
netCube is a standalone computational engine module for performing integrated multiphase hydraulic, heat transfer and fluid property calculations for an oil and gas gathering, injection, or distribution network
-Flow assurance simulation.
a)Multiphase flow analysis
-Field pipeline modeling.
-Simulate production operation process.
a)Start-up and shut-down
-Optimize well performance, identify flow bottlenecks