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OLI CLOUD APIS - Automate Process Design and Operations Performance Analysis Software
Enable any software application with anywhere, anytime access to automated electrolyte calculations for in-depth chemistry insights from the OLI Engine on the cloud.
The OLI Cloud APIs are modern, REST based APIs to access the OLI Engine for chemical stream analysis, mineral scaling, aqueous corrosion and process simulation of industrial chemical applications.
The OLI Cloud APIs leverage first principles-based analysis capabilities with an unparalleled chemistry property database and three thermodynamic models that deliver accurate, rigorous multi-component calculations for the broadest range of phenomena and operating conditions. These are the same first principles-based models and database capabilities that are currently available in the OLI Windows platform.
Automation of electrolyte calculations, database integrations and performance dashboard/API development for chemical stream analysis, prediction of scaling tendencies and design of operating windows using REST APIs to access OLI Engine in the cloud. Custom software development and process design services are available as optional services from OLI.
Key technology capabilities
- Automate electrolyte calculations for research and engineering teams to raise productivity
- Integrate electrolyte calculations with operations databases (e.g., Pi) to analyze operations
- Develop KPIs, IOWs, dashboards to manage operations with OLI’s consulting services
Key simulation capabilities
- Equilibrium calculations – solid-aqueous-vapor-organic phase distribution
- Advanced mechanisms – redox, kinetics, surface reactions, etc.
- Advanced property calculations – ORP, water activity, transport properties, etc.
- Single point equilibrium calculations – isothermal, set pH, bubble and dew points, etc.
- Multiple point equilibrium calculations, plots – trends in pH, T, P, concentration, etc.
- Simple mix and separate capabilities
Sample process applications
- Mitigate corrosion risk with amine chloride sublimation
- Optimize materials selection with high-pressure autoclave formulation
- Improve process design with gas-phase condensation
- Improve process design and materials selection with pH prediction
- Eliminate toxic contamination with trace and heavy metal simulation