AspenTech Aspen Exchanger Design & Rating 7.3

AspenTech Aspen Exchanger Design & Rating 7.3 | 635.3 mb

Name: AspenTech Aspen Exchanger Design & Rating 
Version: 7.3 (25.0.0.2677)
Creator: www.aspentech.com
Interface: english
OS: Windows XP / Vista / Seven
Size: 635.3 mb

The Aspen Exchanger Design and Rating (EDR) product family comprises the broadest range of heat exchanger design software in the world and utilizes proprietary methods backed up by more than thirty-five years of practical in-house research. 

Company Overview

From our roots at MIT to the groundbreaking release of aspenONE V7, AspenTech has always been at the forefront of innovation in the process industries. 
With integrated aspenONE solutions, process manufacturers can implement best practices for optimizing their engineering, manufacturing, and supply chains. As a result, AspenTech customers are better able to achieve their operational excellence goals — increasing capacity, improving margins, reducing costs, and becoming more energy efficient.
Today, aspenONE solutions are used by virtually every leading company in the process manufacturing industry. As 2011 marks AspenTech's 30th Anniversary, over 75,000 users at over 1,500 companies have come to rely on us to achieve superior financial and operating results.
AspenTech's leadership and experience is manifested in aspenONE V7. It represents best practices for process optimization. It redefines ease-of-use in software for the process industries. It makes operational excellence achievable and — even in the face of today's market challenges — easier than you think.

About Aspen Exchanger Design & Rating (EDR)

Integration with AspenTech's simulation, Basic Engineering and EDR tools enable process engineers, thermal equipment specialists and mechanical engineers to collaborate together to simultaneously maximize equipment and process performance.

Our aim is to enhance the value of heat transfer solutions by providing the most integrated product offering across the widest range of technology. This allows you to use the most advanced physically-based modeling, from equipment design and overall process design through to optimization and operational monitoring.

Products included in the Aspen EDR product family include:

- Aspen Air Cooled Exchanger(formerly Aspen Acol+) - Provides for the design, checking, and simulation of air-cooled or other crossflow heat exchangers
- Aspen Fired Heater - Simulation or operational troubleshooting of gas or oil fired process heaters
- Aspen FRAN - Simulates the performance of shell & tube feedwater heaters where boiler feed is heated by steam or condensate for power applications
- Aspen HTFS Research Network - A comprehensive reference to the science and technology supporting the Aspen EDR suite of thermal design programs
- Aspen MUSE - Design and performance simulation of multi-stream, plate-fin heat exchangers
- Aspen Plate Exchanger(formerly Aspen Plate+) - Design, checking, and simulation of plate heat exchangers
- Aspen Plate Fin Exchanger - Design, simulation and rating of multi-stream plate-fin heat exchangers
- Aspen Shell & Tube Exchanger(formerly Aspen Tasc+) - Design, checking, and simulation of shell & tube, double pipe, or multi-tube hairpin exchangers
- Aspen Shell & Tube Mechanical(formerly Aspen Teams) - Complete mechanical design or rating of shell & tube heat exchangers and basic pressure vessels

What's New in V7.3

- Aspen Exchanger Design & Rating - Compatible with Windows 7 (32 or 64 bit) 
- Aspen Shell & Tube Mechanical – ASME 2010 Section VIII, Div 1 update 
- Aspen Shell & Tube Exchanger – better prediction of properties for streams with 2 immiscible liquid phases 
- Aspen Plate Fin Exchanger – layered schematic diagram 
- Aspen Fired Heater – alternative gas side heat transfer correlations 
- Run-time integration for Aspen Plate Fin Exchanger and Aspen HYSYS
- Run-time integration for Aspen Fired Heater and Aspen HYSYS

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Teach Yourself the Basics of Aspen Plus

Aspen Plus is on of the most popular process simulation software programs used industrially and academically. Though the software is available at many corporations and universities, there are no textbooks which are dedicated to teaching the step-by-step use of the software. This book is designed to fill that need. The structure of the book is unique in that it emulates a lecture /workshop classroom environment.

Each chapter starts with the equivalent of a classroom lecture followed by workshops which provide experience in the chapter's subject matter. The enclosed CD contains solutions, both in Aspen Plus and text formats, to examples imbedded in the text  as well as to all the workshops. There are also notes at the end of each chapter designed to aid readers that have difficulty with the workshops.

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Aspen One Video Tutorials from AspenTech

All the files are SWF format (Shock Wave Format) which can be seen through any updated web browser 


1-Advanced Process Control : Aspen DMCplus Controller

1. How to Create a Controller Model
2. How to Interpolate over Bad Data while Importing into Aspen DMCplus Model
3. How to Perform Model Identification
4. How to Work with Trend Vector Plots

2-Advanced Process Control : Aspen Polymer Production Control

1. How to Develop Inferential Models
2. How to Work with the Apollo Controller Builder

3-Licensing, Installation and Integration : Aspen Integration Infrastructure

1. How to Set Up Adapter Services
2. How to Setup Machines
3. How to Setup Network Services and Communication Router Service
4. How to Setup Network Services and Document Repository Service
5. How to Setup and Control a Network Service

4-Licensing, Installation and Integration : aspenONE Install

1. How to Install Products from the aspenONE DVD
2. How to Set Up Silent Installs – Windows Vista
3. How to Set Up Silent Installs – Windows XP

5-Planning and Scheduling – Chemicals : Aspen Collaborative Demand Manager

1. How to Create Forecast Overrides
2. How to Save, Edit, and Delete Reports
3. How to View, Filter, and Override Exceptions

6-Planning and Scheduling – Chemicals : Aspen Demand Manager

1. How to Create Forecast Overrides
2. How to Perform History Realignments

Planning and Scheduling – Chemicals : Aspen Distribution Scheduler

1. How to Display Cross-Reference Data in the Data Viewer for Sets
2. How to Filter by Domain in the Data Viewer
3. How to Update Data in the Data Viewer for Sets

Planning and Scheduling – Chemicals : Aspen Inventory Planner

1. How to Display Cross-Reference Data in the Data Viewer for Sets
2. How to Filter by Domain in the Data Viewer
3. How to Update Data in the Data Viewer for Sets

Planning and Scheduling – Chemicals : Aspen Plant Scheduler

1. How to Display Cross-Reference Data in the Data Viewer for Sets
2. How to Filter by Domain in the Data Viewer
3. How to Filter by Value in the Data Viewer
4. How to Update Data in the Data Viewer for Sets
5. Schedule Report – How to Create a New Report Format

Planning and Scheduling – Chemicals : Aspen SCM

1. How to Create Activity ToolTips
2. How to Display Additional Data on the Inventory Profile
3. How to Export Supply Chain Manager Data to Excel

Planning and Scheduling – Chemicals : Aspen Supply Chain Planner

1. How to Display Cross-Reference Data in the Data Viewer for Sets
2. How to Filter by Domain in the Data Viewer
3. How to Update Data in the Data Viewer for Sets

Planning and Scheduling – Energy : Aspen Olefins Scheduler

1. How to Build the Furnace Model
2. How to Define Constraints
3. How to Define Objective Functions

Planning and Scheduling – Energy : Aspen Petroleum Scheduler

1. How to Add Control Variables
2. How to Add Different Types of Events
3. How to Add Streams
4. How to Add Tanks
5. How to Add Trends
6. How to Add Units
7. How to Add an SMC Unit
8. How to Build an Excel Spreadsheet for a USR Unit
9. How to Copy Events
10. How to Create Recurring Events
11. How to Split Events

Planning and Scheduling – Energy : Aspen Petroleum Supply Chain Planner

1. How to Add Multiple Tables from the Same File
2. How to Add a Table
3. How to Create a New Table
4. How to Generate Sections of the Standard Report
5. How to Import Aspen PIMS Data into DPO
6. How to Output Results

Planning and Scheduling – Energy : Aspen PIMS

1. How to Add a Non-linear Equation
2. How to Add an Input Table
3. How to Compare Model Data
4. How to Generate HTML or Text Reports
5. How to Modify Model Data Contained in a Spreadsheet Model
6. How to Perform Feedstock Basket Reduction
7. How to Setup PIMS – Distributive Processing (Master Computer)
8. How to Setup PIMS – Distributive Processing (Slave Computer)
9. How to Work with Scenario Execution Logic (SEL)

Planning and Scheduling – Energy : Aspen Refinery Multi-Blend Optimizer

1. How to Add Components
2. How to Add Different Types of Events
3. How to Add Products
4. How to Add Tanks
5. How to Add Trends
6. How to Configure ABML Properties
7. How to Copy Events
8. How to Create Recurring Events
9. How to Define Property Specifications
10. How to Import Rundowns from Orion
11. How to Optimize a Solution
12. How to Split Events

Process Engineering : Aspen Basic Engineering

1. How to Specify Field Properties and Other Parameters in Datasheets
2. How to Work with Aspen Zyqad Diagrams — Part 1 Getting Started
3. How to Work with Aspen Zyqad Diagrams — Part 2 Configuring Connectivity
4. How to Work with Aspen Zyqad Diagrams — Part 3 Completing the PDF

Process Engineering : Aspen Capital Cost Estimator

1. How to Add Report Groups and Areas
2. How to Create Basis for Capital Cost for Aspen Kbase
3. How to Enter Equipment using Two Different Methods

Process Engineering : Aspen Custom Modeler

1. How to Develop Models with Aspen Custom Modeler – Building Your Own Model
2. How to Develop Models with Aspen Custom Modeler – Building Your Own Flowsheet
3. How to Develop Models with Aspen Custom Modeler – Running A Dynamic Simulation

Process Engineering : Aspen Energy Analyzer

1. How to Design Heat Exchanger Networks
2. How to Operate Heat Exchanger Networks – Part 1
3. How to Operate Heat Exchanger Networks – Part 2
4. How to Retrofit Heat Exchanger Networks
5. How to Transfer Heat Integration Data
6. How to Use the HX-Net User Interface

Process Engineering : Aspen Flare System Analyzer

1. How to Design a Simulation of Pipe Networks
2. How to Rate Pipe Networks
3. How to Run Flare Network Model Scenarios
4. How to Set up Flare Network Model – Part A-Starting a New Model
5. How to Set up Flare Network Model – Part B-How to Setup Pipe Network Model
6. How to Set up Flare Network Model – Part C- Defining a Scenario
7. How to Set up Flare Network Model – Part D-How to Add Relief Source to Scenarios
8. How to Use Flarenet Reporting

Process Engineering : Aspen HYSYS

1. How to Convert a Steady State Model to a Dynamic Model
2. How to Run and Analyze Results from a Simulation
3. How to Set up a Process Model – Adding a Unit Operation
4. How to Set up a Process Model – Creating a Stream
5. How to Use the Simulation Basis to Set Up a Fluid Package
6. New and Improved PRO/II to Aspen HYSYS Converter Demo

Process Engineering : Aspen In-Plant Cost Estimator

1. How to Add Report Groups and Areas
2. How to Enter Equipment using Two Different Methods

Process Engineering : Aspen Model Runner

1. How to Create an Aspen Model Runner Simulation

Process Engineering : Aspen Plus

1. How To Define Property Methods
2. How to Build Process Flowsheets
3. How to Define Components with NIST065
4. How to Define Streams
5. How to Model Reactors in Aspen Plus
6. How to Select a Simulation Template
7. How to Use the Column Stage Wizard
8. How to Use the Electrolyte Wizard
9. New Feature in Aspen Plus V7.2 – Estimating Properties from a Structure
10. New Feature in Aspen Plus V7.2 – Usability Improvements

Process Engineering : Aspen Process Economic Analyzer

1. How to Add Report Groups and Areas
2. How to Create Basis for Capital Cost for Aspen Icarus Process Evaluator
3. How to Enter Equipment using Two Different Methods

Process Engineering : Aspen Properties

1. New Feature in Aspen Plus V7.2 – Estimating Properties from a Structure

Process Engineering : Aspen Shell & Tube Exchanger

1. How to Specify Materials in TASC+

Process Engineering : Aspen Shell & Tube Mechanical

1. How to Run Aspen Teams
2. How to Specify Geometry in Teams
3. How to Specify Material in Aspen Teams

Production Management and Execution : Aspen InfoPlus.21

1. Configuring SQLplus Reporting and Automating Reports
2. How to Access the Health Monitor from the AspenTech Web Server
3. How to Access the Health Monitor from the InfoPlus.21 Administrator
4. How to Acknowledge Alerts
5. How to Change Time Parameters
6. How to Change to New Accounts
7. How to Configure SQLplus Reporting to Email Health Report
8. How to Configure TSK_HLTH to Start Automatically
9. How to Connect to a Directory Server Using the IP.21 Administrator
10. How to Override Operator Changeability
11. How to Start and Stop InfoPlus.21 Using the Administrator
12. How to View Configure of Health Records
13. How to View Database Properties
14. How to View Memory Utilization and Change Memory Usage Total
15. How to View Record Utilization and Change the Total Number of Records Available
16. How to View and Find an InfoPlus.21 Database
17. How to Work with the Messages Tab
18. How to load and save Aspen InfoPlus.21 Database Snapshot for IP.21 versions prior to v2006.5.

Production Management and Execution : Aspen Production Record Manager

1. How to Configure Batch.21 Security
2. How to Configure Batch.21 using XML
3. How to Configure a New Area
4. How to Define Batch Configuration
5. How to Maintain Historic Batch Data
6. How to Plot Batch Data in Process Explorer
7. How to Run Query for Batches in the Batch Query Tool
8. How to Use Batch Statistical Process Control
9. How to View Batch Data in Excel
10. How to View Batch Data in the Batch Detail Display

Supply and Distribution : Aspen Fleet Optimizer

1. Carrier Setup
2. How to Add Suppliers
3. How to Add a Forecasted Customer
4. How to Add a Product
5. How to Add a Terminal
6. How to Add an Order Entry Customer
7. How to Enter Manual Information
8. How to Plot Stations and Terminals
9. How to Process Loads in the Data Quality Manager
10. How to Reforecast Orders
11. How to Set Up Transport

Hysys Tutorial Set

Hysys is a powerful engineering simulation tool, has been uniquely created with respect to the program architecture, interface design, engineering capabilities, & interactive operation. The integrated steady state & dynamic modeling capabilities, where the same model can be evaluated from either prespective with full sharing of the process information, represent a significant advancement in the engineering software industry.

The various component that comprise HYSYS provide an extremely powerful approach to steady state modeling. At a fundamental level, the comprehensive selection of operations & property methods allows you to model a wide range of processes with confidence. Perhaps even more important is how the HYSYS approach to modeling maximizes your return on simulation time through increased process understanding.

HYSYS is widely used in universities & colleges in introductory & advanced courses especially in chemical engineering. In industry the software is used in research, development, modeling & design. HYSYS serves as the engineering platform for modeling processes from Upstream, through Gas Processing & Cryogenic facilities, to Refining & Chemicals processes.

Introduction tutorial :

http://www.ziddu.com/download/12627203/HYSYS_for_UTM_Degree.zip.html

Process modelling tutorial :

a) http://www.ziddu.com/download/12627325/Process_Modeling_using_HYSYS.rar.html

b) http://www.ziddu.com/download/12627615/Process_Modeling_using_HYSYS_with_Chemical_Industry_Focus.rar.html

c) http://www.ziddu.com/download/12627738/Process_Modeling_using_HYSYS_with_Refinery_Focus.rar.html

d) http://www.ziddu.com/download/12627326/Dynamic_Modeling_using_HYSYS_Dynamics.rar.html

e) http://www.ziddu.com/download/12627864/Advanced_Process_Modeling_using_HYSYS.rar.html

HYSYS Manual, tutorial, examples and flowsheets

Introduction to HYSYS Simulation

http://ifile.it/k8e1qm0

HYSYS Tutorial 5 Examples

http://ifile.it/437rt6h

Kinetic Rate in a PFR Reactor HYSYS

http://ifile.it/fb3jwqy

Thermodynamics & Hysys.

http://ifile.it/g1j0nb4

Aspen HYSYS 2004.2 UserGuide.

http://ifile.it/ojdpqcl

Simulation Laboratory - HYSYS

http://ifile.it/ib8jtwf

HYSYS Introduction to chemical engineering simulation

http://ifile.it/xv5o7wd

Getting Started with Hysys OLI

http://ifile.it/kh54dzt

HYSYS ref

http://ifile.it/x51yqun

Using two fluid packages in Aspen Hysys ™ 2006 using OLI

http://ifile.it/wfiq3h1

HYSYS styrene Inductive

http://ifile.it/fq8xgze

Aspen HYSYS Simulation of CO2 Removal

http://ifile.it/4f56jb2

Getting-started-with-Hysys-OLI

http://ifile.it/dutk19p

Absorption Column Design Using HYSYS 3.2 – Tutorial

http://ifile.it/47vruh6

Two examples of Steady State Simulation with HYSYS

http://ifile.it/uq2ygsl

Process Modeling Using Aspen HYSYS

http://ifile.it/n67ozpw

Catalytic Distillation Modelling and Simulation using HYSYS.Processä

http://ifile.it/8g0pi9d

A Novel Use of HYSYS to Design an Industrial Refrigeration System

http://ifile.it/rwiltcx

Aspen HYSYS 2006 - Custum guide

http://ifile.it/wv3i8au

Simulation Laboratory - HYSYS

http://ifile.it/3cj0vxq

Extractive distillation design

http://ifile.it/o7r0vbz

HYSYS Conversion Reactors tutorial

http://ifile.it/j81yir6

Kinetic Rate in a PFR Reactor HYSYS

http://ifile.it/9u1fegq

Absorption Column Design Using HYSYS 3.2 – Tutorial

http://ifile.it/qtx3m4n

Property Methods and calculation in HYSYS

http://ifile.it/9w1vso3

HYSYS Chemical Reactions & Reactors

http://ifile.it/5lj3z0x

Introduction to HYSYS Simulation heat transfer calculation

http://ifile.it/la7kion

Conversion Reactors HYSYS Version 3.0

http://ifile.it/lf7e6y3

Introduction to HYSYS Simulation piping calculation

http://ifile.it/fanxq01

HYSYS – Inductive Method

http://ifile.it/hiwk6x4

Catalytic Rates & Pressure Drop in PFR Reactors HYSYS

http://ifile.it/298n1vj

Kinetic Rate in a PFR Reactor HYSYS

http://ifile.it/aw1qif5

Equilibrium Constant in a Reaction rate in a PFR Reactors HYSYS

http://ifile.it/4gtp0yj

HYSYS Multiple Reactions Styrene

http://ifile.it/m53sou7