HyproTech DISTIL 5.0
HyproTechDISTIL5.0软件简介—SoftWareDescription:HyproTechDISTIL5.0AninnovativeapproachtoDistillationSynthesis.DISTILfocusesonthesynthesisofdistillationcolumnsequencesformulti-compon
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软件简介

HyproTech DISTIL 5.0 软件简介—SoftWare Description: HyproTech DISTIL 5.0

An innovative approach to Distillation Synthesis. DISTIL focuses on the synthesis of distillation column sequences for multi-component systems, including azeotropic mixtures and provides separation insights in an integrated and interactive environment. DISTIL enables a rapid screening of Complex Column configurations such as divided wall columns and thermally coupled columns. DISTIL also combines comprehensive data regression with access to thermodynamic databases. DISTIL offers a systematic approach to distillation synthesis, allowing the user to quickly identify the best design alternatives, improve process understanding and reduce design time. With the current functionality, users can automatically generate all the feasible column sequences for a multi-component feed and perform preliminary design for the distillation columns. Additionally, designs produced in DISTIL can be automatically simulated in HYSYS.Process/Plant, eliminating the time-consuming task of re-entering information. DISTIL belongs to the HYSYS.Concept family of Hyprotech‘s products.It focuses on the synthesis of distillation column sequences for multi -component systems, including azeotropic mixtures and provides separation insights in an integrated and interactive environment. DISTIL enables a rapid screening of Complex Column configurations such as divided wall columns and thermally coupled columns. DISTIL also combines comprehensive data regression with access to thermodynamic databases. What can DISTIL do Thermodynamic Capabilities Estimate interaction parameter and pure component parameters. Provide access to VLE & VLLE databases, including TRC. Accurately represent your process behavior, resulting in better designs which are closer to reality. Azeotrope and Distillation Boundary Analysis Find all multi-component azeotropes and liquid-liquid regions predicted by your model. Identify distillation boundaries and regions for multi-component mixtures. Calculate residue curves for multi-component mixtures and plot the maps for ternary and quaternary systems. Column Design Design binary and complex ternary distillation columns, including side products and columns with decanters. Investigate possible barriers to the required separation, generate feasible process alternatives, and choose the best design based on the available information. Simulate DISTIL Column Designs in HYSYS.Process. Column Sequencing Automatically find feasible column sequences that separate multi- component azeotropic and non-azeotropic mixtures into pure products. Quickly identify the best design alternatives, improve process understanding and reduce design time. Complex Columns Distil provides a general framework for the synthesis, design and analysis of complex columns to separate a multi-component feed stream into specified products. Sensitivity Analysis can be performed to study the variation in the performance parameter(s) of the configuration when operating pressure, R/Rmin, feed quality and feed flowrate change in a specified range. DISTIL includes the culmination of the Technical Alliances between Hyprotech, Drs. Doherty and Malone of the University of Massachusetts, Dr. Wolfgang Marquardt of Aachen University and the Thermodynamic Research Center. Technology developed at the University of Manchester Institute of Science and Technology further enhances our unique offering. Each of the partners in this project are recognized for their commitment to technical excellence and innovation. By combining strengths, experimental data, thermo-physical property calculations and data regression, azeotrope prediction, residue curve maps and distillation synthesis, a major step forward in the design of separation systems has been taken. DISTIL is a different conceptual design tool, where the designer can quickly explore multiple scenarios and produce various alternative separation schemes. DISTIL combines the latest advances in separation technology with the most up-to-date computer technologies resulting in a powerful and easy to use tool. DISTIL can help your business meet the continuous challenge of increased productivity, lower energy consumption, and tighter environment constraints.

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