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HYSYS® 3.2 Installation Guide Copyright Notice © 2003 Hyprotech, a subsidiary o

HYSYS® 3.2 Installation Guide Copyright Notice © 2003 Hyprotech, a subsidiary of Aspen Technology, Inc. All rights reserved. Hyprotech is the owner of, and have vested in them, the copyright and all other intellectual property rights of a similar nature relating to their software, which includes, but is not limited to, their computer programs, user manuals and all associated documentation, whether in printed or electronic form (the “Software”), which is supplied by us or our subsidiaries to our respective customers. No copying or reproduction of the Software shall be permitted without prior written consent of Aspen Technology,Inc., Ten Canal Park, Cambridge, MA 02141, U.S.A., save to the extent permitted by law. Hyprotech reserves the right to make changes to this document or its associated computer program without obligation to notify any person or organization. Companies, names, and data used in examples herein are fictitious unless otherwise stated. Hyprotech does not make any representations regarding the use, or the results of use, of the Software, in terms of correctness or otherwise. The entire risk as to the results and performance of the Software is assumed by the user. HYSYS, HYSIM, HTFS, DISTIL, and HX-NET are registered trademarks of Hyprotech. PIPESYS is a trademark of Neotechnology Consultants. AMSIM is a trademark of DBR & Associates. OLI Engine is a trademark of OLI Systems Inc. Multiflash is a trademark of Infochem Computer Services Ltd, London, England. PIPESIM2000 and PIPESIM are components of the PIPESIM Suite from Baker Jardine and Associates, London, England. All references to PIPESIM in this document refer to PIPESIM 2000. Microsoft Windows 2000, Windows XP , Visual Basic, and Excel are registered trademarks of the Microsoft Corporation. GSH3.2-B5027-OCT03-O iii Table of Contents Welcome to HYSYS ........................................................ v Introduction............................................................................. vi The Aspen Engineering Suite (AES) ...................................... vi HYSYS................................................................................... vii Intuitive & Interactive Process Modeling.................................. x Integration with AES ............................................................... xi Use of the Manuals............................................................... xiv Technical Support...................................................... xxv Online Technical Support Center.........................................xxvi Contacting Technical Support.............................................xxvii Training Contact .......................................................xxxi Training Contact Information ..............................................xxxii 1 Installing HYSYS ........................................................1-1 1.1 Basic Requirements ............................................................1-2 1.2 Licensing Information ..........................................................1-2 1.3 Upgrading from Older Versions of HYSYS..........................1-3 1.4 Installing HYSYS .................................................................1-4 2 Getting Started...........................................................2-1 2.1 Starting HYSYS...................................................................2-2 2.2 Steady State Case...............................................................2-7 2.3 Dynamics Case .................................................................2-22 iv v v Welcome to HYSYS Introduction..........................................................................................vi The Aspen Engineering Suite (AES)..................................................vi HYSYS..................................................................................................vii Intuitive & Interactive Process Modeling............................................x Open & Extensible HYSYS Architecture ..........................................x Integration with AES............................................................................xi Use of the Manuals............................................................................xiv HYSYS Electronic Documentation ................................................ xiv Conventions Used in the Manuals................................................xviii vi vi Introduction We are pleased to present you with the latest version of HYSYS-the product that is continually extending the boundaries of process engineering software. HYSYS is part of the Aspen Engineering Suite (AES), a set of software tools designed to help manage process knowledge throughout the asset lifecycle. HYSYS is a major part of the Simulation and Optimization family of products that forms the foundation of AES. The Aspen Engineering Suite (AES) There is huge opportunity in successfully managing the process industry challenges through optimal Process Asset Lifecycle Management (PaLM) from Business Planning & Economic Analysis, to R&D and Conceptual Design, to Process Engineering, to Detailed Engineering, to Technology Transfer & Construction, and throughout to Operations. AES is AspenTech’s Process Asset Lifecycle Management solution that enables optimal and consistent decisions to be made through the use of consistent data and models. AES consists of integrated products, enabling the execution of various PaLM tasks throughout the enterprise: • AES Economic Evaluation products combine engineering and business decisions for accurate project scope definition and cost evaluation, from conceptual project definition through detailed engineering. • AES Collaborative Engineering products support integrated collaborative engineering to create a Frond End Engineering Design (FEED) package and share process engineering expertise. Figure 1 vii vii • AES Physical Properties & Chemistries products include physical property data, models, estimation and regression capabilities adapted for the Oil & Gas, Refining, Chemicals, and Pharmaceuticals industries. • AES Conceptual Engineering products assist process engineers in creating, identifying and selecting best process designs for heat exchangers networks and separation trains. • AES Simulation and Optimization products enable engineers to quickly identify optimal plant designs for steady state and dynamic simulation and optimization as well as for batch process and recipe development. These products enable to optimize plant designs, establish heat and material balances, support environmental and safety studies, and to carry out operability analysis. • AES Equipment Design and Rating products support the design and rating of highly performing heat exchangers with minimum capital cost. AES is an open environment that supports and promotes open industry standards such as CAPE-OPEN, OPC, ASME, CODAP , PD5500, DIN, JIS, TEMA. HYSYS HYSYS is a process simulation environment designed to serve many processing industries especially Oil & Gas and Refining. With HYSYS, you can create rigorous steady state and dynamic models for plant design, performance monitoring, troubleshooting, operational improvement, business planning and asset management. Through the completely interactive HYSYS interface, you can easily manipulate process variables and unit operation topology, as well as fully customize your simulation using its customization and extensibility capabilities. The HYSYS environment has been developed with an overall vision of the ultimate process simulation solution in mind. This vision has led us to create a product that is interactive, intuitive, open, extensible and integrated with the products in the AES. HYSYS also has many add on options to extend it’s capabilities into specific industries or into other aspects of PaLM. viii viii The set of HYSYS related products and options: HYSYS, an interactive and integrated modeling environment Product Capabilities HYSYS Steady State Process Simulation with HYSYS Provides the accuracy, speed, and efficiency required for process design activities. The level of detail and the integrated utilities available in HYSYS allow for skillful evaluation of design alternatives, with fast and efficient process simulation. A wide range of thermodynamics and unit operations together with standard links to Windows packages makes HYSYS the most complete steady state process simulation tool. HYSYS Dynamics Option Plant Operability, Design and Management with the HYSYS Dynamics option. The HYSYS option provides a dynamic simulation capability fully integrated with the HYSYS environment, a steady state model can be leveraged into a dynamic model which offers rigorous and high-fidelity results with a very fine level of equipment geometry and performance detail. Evaluate dynamic plant behaviour, controllability, start up and shut down scenarios from the same base model used in steady state process design. With a consistent look and feel, links to APC software, hydraulic applications, and other third-party applications, HYSYS provides a complete platform for dynamic process simulation. HYSYS Upstream Option The Upstream option enables HYSYS as a powerful design, operations and planning tool for the Upstream Oil and Gas industry. Complete with Black Oils and PVT Analysis, this option allows HYSYS to speak the thermodynamic language of the Upstream. Transition from Black Oil to a full compositional mode is possible when more accuracy is required. Together with Aspen Hydraulics, for well and flowline integration, HYSYS has become the only modeling environment to complete the entire upstream asset model from sandface to transmission. HYSYS Amines Option The Amines option is specifically designed for acid gas treating using amines, blended amines and physical solvents. The Amines option is based on the AMSIM technology developed by DBR Associates, a division of Schlumberger. The Amines option is a unique property package developed specifically for acid gas treating processes involving amines, blended amines and physical solvents. The Amines option utilizes the most up to date thermodynamics models and is validated against plant data. ix ix HYSYS Crude Option The Crude option is used to accurately characterize crude oils from laboratory assay data. The HYSYS Crude Option gives the user the choice of 5 different assay laboratory analyses standards used in the Oil industry. Using the standard laboratory data input along with the most recent correlation methods, the HYSYS Crude option will determine the hypothetical components that make up the Oil and predict their thermophysical and transport properties. HYSYS OLI Interface An add-on option to HYSYS specifically designed for modeling aqueous systems. The HYSYS OLI Interface option is based on technology developed by OLI Systems Inv, experts in aqueous chemistry. The OLI thermodynamic models and engine are seamlessly integrated into HYSYS so that virtually any water based system can be accurately simulated in the HYSYS environment. Virtual Plant Simulator Operator Training Services with HYSYS Virtual Plant Simulator project services. HYSYS Virtual Plant Simulator services provides real-time simulated training exercises that train operations personnel and help develop their skills performing critical process operations. Increased process understanding and procedural familiarity for operations personnel can lead to increased plant safety and improved process performance. The Virtual Plant Simulator is powered by the same HYSYS models used by the Engineering and Process Control Departments but with DCS emulation, look, and feel. HYSYS extends the model’s use into the Operations Departments. HYSYS Optimizer & Data Reconciliation Online and Offline Optimization with the Optimizer and Data Reconciliation Options in HYSYS. HYSYS provides tools for on or offline performance monitoring and optimization. uploads/s1/ install-guide 17 .pdf