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OLI Electrolyte Software
| Stream Analyzer |
OLI's utility single point and trend analysis (surveys) for OLI's aqueous and mixed solvent framework |
| Corrosion Analyzer |
Mechanistically based corrosion prediction: Real-solution stability diagrams, computer generated polarization curves, local corrosion indicators, repassivation potentials and net current density calculations |
| ScaleChem |
Oilfield scale prediction at high temperature / pressure for oil and gas well production |
| ESP |
Aqueous process flowsheet simulator for aqueous processes with multiple units and control loops |
| SCORE |
Scale and Corrosion prediction, an alternate interface to OLI's ScaleChem + Corrosion Analyzer |
| Alliance Products |
The OLI Engine "Under the hood" in AES, HYSYS, UniSim, FactSage, gProms |
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The Art of Simulation
Software simulation is used to thermodynamically model what happens within a chemical process.
Once a process is simulated, what-if questions can be asked to help identify optimum operating conditions, to optimize yields, or to minimize downtime caused by scaling or corrosion.
A simulation expert knows when to apply rigor and when to approximate; when to ignore a particular chemical species and when to study it specially; and when to model a particular unit and when to replace the unit with a component splitter or a mix/separate operation.
AQSim and OLI are simulation experts in water chemistry and the behavior of electrolytes.
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