Maximized profitability with predictive refinery modeling The live link feature also lets you create a separate input file for HTRI Xchanger Suite and PSF files.Ĭlicking the live link will automatically connect the process model to the heat exchanger design program, propagating the required information, including physical properties and stream inlet and outlet conditions.Īt any time, you can view and work in the heat exchanger program interface and the Symmetry platform. You can also embed rigorous exchanger simulations into a case, enabling prediction of exchanger output conditions and pressure drops in your models.įrom any heat exchanger operation in your simulation model, you can access HTRI's robust exchanger design, rating, and simulation capabilities.Ĭlicking the live link will automatically connect the process model to the heat exchanger design program, propagating the required information, including physical properties and stream inlet and outlet conditions. Perform heat exchanger rating and design calculations directly from a Symmetry Process model without manually transferring data. Vapor solid and liquid solid equilibrium freezing temperatures of CO2.Ĭomprehensive heat exchanger design with automated link to HTRI Xchanger Suite Hydrate formation, with or without the use of inhibitors Methanol phase behavior to prevent undersizing of washtower requirements. Vapor pressure and phase partitioning of mercury for complete understanding of its environmental hazards as well as corrosion problems
Symmetry Process lets you model virtually any sweetening unit with a comprehensive suite of chemical and physical sweetening solvents, validated thermodynamic models, flexible flow sheeting structure, and robust tower algorithm. New capabilities and a configurable modeling framework are included for depressuring, blowdown, and cooldown of multiple vessels and pipes. The new advanced hierarchical flowsheet organization offers an easy way to work with and manage any model size with no limitations. Switch between steady-state and dynamic models to model batch processes that operate on a cycle. New dimension of plant model safety and operational integrity
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