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Simulating Heat Exchanger Networks - Linking PRO/II® to HTRI® PRO/II® simulates process conditions (H&MB) HTRI® designs and simulates (nearly) all types of heat exchangers HTRI® provides a variety of CAPE-OPEN compliant exchanger types CAPE-OPEN is an industry software standard which allows different 3rd party process/equipment modeling software to ‘talk’ to each other Design, Rate, and Simulate Heat Transfer Equipment Rigorous Heat Transfer and Pressure Drop Calculations Interfaces to Process Simulators, Physical Property Banks, Mechanical Design Programs, Microsoft Excel®, etc. Installation Startup Operation Troubleshoot
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Pro ii simulation manual#
‘As-Built’ hardware is expected to meet / exceed duty within hydraulic limits Each service designed as a discrete unit operation – MANUAL Steps to move Data No check of impact to the overall system through rigorous flowsheet modeling of vendor supplied equipment – No FEEDBACK Mechanism Unexpected performance may result from ‘as-built’ accumulative overdesign and variance from ‘design’ temperature / pressure profilesĭesign Conditions Materials of Constructionĭata Sheet Setting Plan Mat’l Requisition The heat exchanger design process ĭesign is based on specified process conditions, materials, fouling factors, etc. Specialty 3rd Party Software embedded in Process simulators to permit rigorous modeling of process equipment 3 Process Simulators linked to 3rd Party Specialty software Property Generation from a stream in PRO/II® to HTRI® HEXTRAN® makes it possible to analyze complex heat exchanger Networks HTRI® releases first PC version of Shell & Tube software HTRI® Publishes Stream Analysis Method (Tinker) Programmable, electronic desktop calculators become affordableĪpple® Computer Introduces Apple® I personal computer (4K memory) Most PC’s provide 32K chip memory allowing program design methods HTRI® Founded Delaware Research Project issued Final Report Process Heat Transfer Modeling - Perspective 1941- 1962įouling Factors Established Kern, McAdams, Tinker, Bell-Delaware First TEMA® design methods are published to members Linking Third Party Software Heat Exchanger Network Simulation – 2014 Actual future conditions (including economic conditions, energy demand, and energy supply) could differ materially due to changes in technology, the development of new supply sources, political events, demographic changes, and other factors discussed herein (and in Item 1A of ExxonMobil’s latest report on Form 10-K or information set forth under "factors affecting future results" on the "investors" page of our website at This material is not to be reproduced without the permission of Exxon Mobil Corporation. This presentation includes forward-looking statements. Rigorous Simulation of Heat Exchanger Networks: ® ® PRO/II - HTRI