marvelous Engineering CD (Request)
while i search internet i find the following group of marvelous CD i hope if any one can make it available
2-Code:SYSTEM 7 Process Explorer® The Evolution of a Revolution in Process Simulation Software™ The SYSTEM 7 Process Explorer® graphical user interface provides quick and efficient development and simulation of process flowsheets consisting of streams and unit operations. Output is made available in Process Notes™ for each stream and unit operation that can be docked as desired for ongoing analyzes. A detailed custom report can be exported to Microsoft Excel with all inputs and outputs available in Microsoft Access format.Creating a Flowsheet: A flowsheet is created by opening a flowsheet and clicking on feed streams, product stream, and unit operation icons in the SpeedDraw Tools Pallet and clicking on the Process Explorer workspace. This process can be repeated until all of the desired feed streams, product streams and unit operations have been placed on the flowsheet. Then the stream drawing tool is selected to connect feed streams, product streams, and unit operations to complete the flowsheet development. Alternatively, the SpeedDraw ‘arrow’ icons can be clicked on to create a stream and the next unit operation or product stream as selected in the SpeedDraw Tools Pallet. Running a Simulation: Once the flowsheet and data has been entered, select the Start icon to run the flowsheet simulation analysis. The streams in the flowsheet will change to green for gas, blue for liquid, and orange for multi-phase to indicate the calculated phase of each stream as a result of the simulation run. By moving the mouse pointer over any stream or unit operation, a Process Note appears with all important results displayed in miniature spreadsheet format. The process notes disappear when the mouse is moved away. Process Explorer Interface: The SpeedDraw Pallet provides all flowsheet development and navigation tools for quick data entry. Zoom In/Out and Zoom Window buttons are provides for adjusting the zoom level along with an indication button of % zoom which can also be clicked on to specify the precise zoom level. The top section of the SpeedDraw Pallet provides 8 directional arrows to create a stream from the currently highlighted unit operation to the unit operation selected in the pallet. Feed streams, product streams, and unit operations can also be created by selection in the pallet and then clicking on the Process Explorer graphical user interface. The stream tool allows for connecting intermediate and recycle streams to complete the flowsheet development. A freeform label with a border can be created for highlighting sections of a flowsheet, providing custom labeling, and displaying graphical bitmap images. Thermophysical Properties: A process simulator is only as good as the thermophysical property data that it delivers. SYSTEM 7 Process Explorer provides the world’s leading thermophysical property data options by bundling the basic Dortmund Data Bank Software Package (DDBSP) with SYSTEM 7 along with full regression capabilities to accurately fit model parameters. For critically evaluated pure component data coverage, SYSTEM 7 provides the AIChE DIPPR® Database for selection of pure components and retrieval of the associated pure component properties. Psuedo Components can be specified by clicking on the Pseudo Component node in the tree view and entering its boiling point and specific gravity. Select the Property Slate – either ‘Oil’ or ‘Chemical’ to provide an accurate and complete thermodynamic specification for your simulation analyzes. The Property Slate selection determines all property routes/methods to provide the best possible accuracy for the system being analyzed. Highly tuned binary interaction parameters for the selected components will be automatically retrieved and utilized when available. A matrix of coverage is shown for the liquid fugacity binary interaction parameters that have been loaded. If interaction coverage is not available, a warning is provided and binary parameters can be fitted from DDB experimental data and entered for either one time use or stored for automatic use in the future (requires the DDB VLE Data Bank). With the same thermodynamic engine and methods used by the 8th Edition of the API Technical Data Book, SYSTEM 7 provides the recommended approach from today’s leading thermodynamic experts to help insure accurate results without the need to have a detailed knowledge in thermodynamics. Combined with the Dortmund Data Bank - SYSTEM 7 provides Intelligent Thermodynamics ™ to help insure accurate simulation results. Advanced Features: With extensive customization capabilities through internal Function unit operations or external Excel calls, SYSTEM 7 provides a flexible, programmable process simulation environment. Access any stream or unit operation parameter directly through SYSTEM 7’s object-oriented architecture or use VB for Applications to build your own custom simulation solution in Excel. Link your simulations with your plant data historian through Excel to provide online performance and analysis capabilities. A Total Solution: SYSTEM 7 Process Explorer includes Engineer’s Aide SiNET™ and CHEMPRO™ for simulation of pipeline networks, flare headers, and pressure relief valves with equipment sizing for pumps, fans, compressors, heat exchangers, tanks, vessels, etc to provide a total process engineering solution for your company. Improve both plant safety and profitability using SYSTEM 7’s field proven computational engines, intuitive interface design and industry standard thermophysical property data.
3-Code:Engineer's Aide - The Leader in Process Engineering Software™ Engineer’s Aide Software provides sizing and network analysis of fluid flow systems to simulate various operating conditions. Quickly size, design, and cost process equipment including pumps, fans, compressors, heat exchangers, flowmeters, control valves, pressure vessels, and storage tanks and then simulate equipment operations in a patented graphical user interface. As the leader in fluid flow simulation for the chemical and petroleum industries, Engineer’s Aide software provides un-matched efficiency of data input and system analysis for liquid, gas and 2-phase pipe systems. Included with SiNET is the AIChE DIPPR® Database with nearly 2000 components. Challenging applications are no problem for SiNET including high pressure, super-critical systems such as high pressure ethylene distribution systems as well as non-Newtonian fluid flow analysis. Discover how you can effectively find root-cause fluid flow problems in process and utility distribution system in your chemical or refinery facility that would not be possible with other software tools. If you’re limited for time to analyze a plant-wide utility distribution system (such as cooling water, steam, fuel gas, etc.), EPCON can quickly and accurately provide you with an optimized model of the system to pin-point the problems through our cost-effective Engineering Services.Engineer’s Aide CHEMPRO™ excels where others fail including 3-phase flash calculations for challenging aqueous-hydrocarbon systems. Engineer’s Aide CHEMPRO combines fluid flow and process simulation and handles both normal and upset conditions. Based on industry standard API thermodynamics and methods, Engineer’s Aide CHEMPRO simulates liquid, gas, and multi-phase piping systems and compressor performance. Included are all of the features of SiNET with links to the API Technical Data Book, the API Spec Database, SYSTEM 7 Process Explorer, and DDBSP. Engineer’s Aide CHEMPRO also provides process safety solutions with the Pressure Releif Valve Analysis and the Flare Header Backpressure Analysis programs, as well. Engineer’s Aide™ provides process data compatibility with industry standard API Technical Data Book thermodynamics and API Specification Database equipment data sheets. Maximize your engineering efficiency with the latest industry standards using Engineer’s Aide. Try-out Engineer’s Aide SiNET & CHEMPRO today with a 30-day trial you can download from our web site at
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Pressure Relief Valve Analysis Software Using industry standard API and DIERS methods, this streamlines the analysis of pressure relief valves for all important scenarios for various single component failures and plant wide emergencies. It’s comprehensive and rigorous analysis of single and multi-phase pressure drops of the inlet and outlet piping for each pressure relief valve is based on the thermodynamics and flash of the API Tech Data Book. The PRV Analysis program lets the user input equipment data, stream properties, design conditions and project specific factors. Each relieving case may be considered to determine the largest orifice size necessary for pressure protection. Detailed calculations to determine the relieving flow rate & phase condition are provided for Fire, Inadvertent Valve Operation and Ruptured Tube cases. All other cases can be run by specifying flow rate and phase condition or from the phase condition determined by the integrated, rigorous 3-phase flash engine. Once the PRV calculation is completed (“Issued”), the PRV calculation is documented for future reference and relevant data from the calculation is used to automatically create a data sheet. Once the data sheet is issued, the program will send the data sheet, or groups of data sheets, to a specified directory. Tree-view style navigation allows for management of hundreds of relief valves with all input data and scenarios. The definition of streams is provided for the protected equipment for pure and pseudo components. The PRV data is entered along with the various scenarios of Fire, Loss of Power, Loss of Cooling Water, Loss of Instrument Air, etc. A stepwise procedure is then implemented by the software to precisely determine the maximum orifice size required to protect the equipment.Engineer's Aide ToolBoxThe process equipment sizing detailed below are provided with Engineer's Aide ToolBox, SiNET, and CHEMPRO. Engineer's Aide SiNET XLC and CHEMPRO also include the Equipment Cost and Project Management programs. Pipeline ScheduleThis powerful pipeline sizing program sizes individual pipeline streams without the need for graphic input. A schedule of hundreds of pipelines can be entered and sized at once and pressure drop and temperature profiles graphed vs pipe length. Compare several sizes larger and smaller at once to determine the optimum pipe size. Sequential solution of 2-phase and compressible gas systems recalculates physical properties at each interval down the pipeline with comprehensive thermodynamic data and models.
• Size and analyze pipeline streams without graphical input required • Solves for flowrate, pressure drop, or diameter for liquids and gases • Single or Pipeline Schedule display of input and results • Input common fittings and hand values on the same input screen • Extended custom fittings and hand value on additional screens • Predicts sonic flow choke point and graphs pressure vs pipe length • Import equipment from other equipment sizing modules • 2-phase flow analysis with flash or manual phase split • Predicts flashing/condensing in liquid and gas streams • Determines heat loss with multiple insulation layers • TAPPI high density stock pressure drop model optionThis stand-alone module allows for direct computation of differential head/pressure requirements for systems with one primary source and destination point.Pumps/Fans/Compressors
• Calculates head/pressure required for single pump systems • Determines yearly operating costs and NPSH required (pumps) • Import equipment from other equipment sizing modules • Import suction and discharge piping from the pipeline schedule • Determines operating curve based on affinity laws • Determines operating point based on equipment performance curve • Graphical display of operating curve and performance curve • Adjusts performance curve for changes in impellar diameter or speed • User defined or predefined sets of pumps, fan, compressor curves • Automatic selection of model and impellar diameter Heat Exchanger SizingThis simplified rating method for shell & tube heat exchangers was developed and validated using field data from hundreds of exchangers. Rigorously solves for the overall heat transfer coefficient, area, and the duty. Evaluate and compare shell & tube vs. plate & frame exchangers by using the Alfa Laval sizing module that is also included.This provides sizing for orifice plates, venturi tubes, and flow nozzles based on the ASME published methods.• Liquid, gas, boiling, and condensing on either sideside or tubeside • Size new exchangers or rate existing exchanger for new service • Accurate sizing using molecular weights vs. thermal conductivity • Additional corrections for accurate modeling of water and steam • Size plate and frame exchangers based on Alfa Laval methods • Accurately determines the overall heat transfer coefficient • Calculates pressure drop on both the process and utility streams • Allows quick verification of exchanger vendor computations • Troubleshoot existing exchangers for fouling and efficiency • Evaluate the efficiency of plate & frame vs shell & tube exchangers Flowmeter Sizing
Sizes control valves and relief valves (simple cases) based on published methods of ISA and ASME respectively.• Sizes orifices, venturis, and flow nozzles for liquids and gases • Based on the ASME Fluid Meters handbook • Calculates the discharge coefficient for several different types of taps • Solves for the meter diameter, pressure drop, or flowrate Control & Relief Valve Sizing
This module allows process engineers to help contribute to better decisions concerning the design, specification, and operation of vessels and storage tanks.• Sizes control valves and relief valves for liquids or gases • Based upon the Instrument Society of America (ISA) method • Calculates choked flowrate and capacity • Solves for the control valve coefficient, pressure drop, or flowrate • Provides valve sizing coefficients for the most common valve types • Provides relief valve required orifice area and letter designation Pressure Vessel/Tank Sizing
The DIPPRO™ patented interface provides access to the AIChE DIPPR® pure component database with graphing and exporting capabilities.• Mechanical design of pressure vessels and storage tanks • Based on the ASME and API published methods • Determines capacity of separators, settling drums, & reflux drums • Calculate the required thickness or the maximum operating pressure • Built-in database of material properties, and allowable stress values • Verify vendor designs or re-rate vessels for a new service Physical Properties
Provides both saturated and superheated steam table data for quick determination of physical properties for any temperature and pressure. Based on the published steam table data from ASME with the option to specify the steam quality.• AIChE DIPPR 801 databases of over 1700 components • Constant and temperature dependant data for pure components • Tabulate and graph pure component properties vs temperature • Import pseudo component data from the API Technical Database Steam Tables
This simple yet efficient conversion calculator provides quick access to hundreds of commonly used conversions.Conversion Calculator
This provides equipment costs for over 150 different types of equipment as well as mechanical design for fabricated equipment including vessels , columns, and exchangers. Project management programs are provides for developing project costs, project scheduling, project justification, and project work lists.• Any possible combination from 17 different categories of units • Compound conversions for mass/molar/volume flow and viscosity • Invert conversions and copy/paste between any module in Engineer’s Aide Toolbox. Equipment Cost and Project Management
• Equipment costing for over 150 equipment types • Provides a factored estimate based on equipment costs • Generates order of magnitude equipment costs • Determines project rate of return, payback and net present value • Schedules project tasks and generates associated Gantt chart • Maintains project list, project status, and action items
4-Code:The GPA Data Bank, 5th Edition - Advancing the Midstream Industry The GPA Data Bank, 5th Edition delivers over 35 years of GPA research data for immediate, productive use in process simulation tools. Included is a completely re-mastered thermophysical property database with all 220 Research Reports and Technical Publications and powerful data fitting, correlation, and phase equilibrium software applications. The GPA Data Bank is now over twice the size of previous versions and includes a significant amount of new VLE data for low-boiling hydrocarbons never before available in previous versions of the GPA Data Bank published by Penn State (1st Ed.-1983, 2nd Ed.-1990, 3rd Ed-1993) and Oklahoma State University (4th Ed.-2000). The GPA Data Bank, 5th Edition was a joint development by EPCON International (developer of the popular API Technical Data Book and Engineer’s Aide software) and DDBST (developer of the popular Dortmund Data Bank and co-founder of the UNIFAC consortium). The result is a software that can be widely used by engineers within your organization with direct links to major process simulators to immediately improve your company’s gas processing operations.GPA Data Bank Explorer The GPA Data Bank Explorer provides electronic access and seraching capabilities for all 191 GPA Research Reports and 29 GPA Technical Publications. The 10 software programs are loaded from a convenient Outlook style navigation pane with two categories of software to choose from. The GPA Data Bank Explorer provides 37 years of GPA research in a convenient, intuitive software interface developed over 10 years in the API Technical Data Book software product.
Rigorous 3-Phase Flash Utilize the advanced 3-phase flash engine provided in the GPA Data Bank to accurately determine the 3rd liquid phase vital for compressor operations and pipeline transportation applications. Developed over a 10 year period by the API Technical Data Committee - the 3-phase flash outperforms major simulators in 5 key areas for hydrocarbon system design and operations. Mixture Properties The GPA Data Bank with the stored pure component properties and the comprehensive GPA VLE, LLE, and VLLE mixture data is the ideal tool for fitting reliable model parameters. Fit GPA data to gE-models or equations of state, for the development of group contribution methods and for fitting the required interaction parameters for process simulation. It is especially helpful for the critical examination of model parameters prior to process simulation. For the development of reliable group contribution methods with a broad range of applicability nearly all available information covering a large temperature and the whole concentration range for a variety of compounds very different in size can be used.
Thermophysical Property Estimation The ARTIST software provides estimation of pure component properties using the molecular structure. It incorporates a large number of different group contribution methods for a multitude of different properties. Using a special coding scheme for molecular structures, ARTIST is able to take into account the chemical neighborhood of the individual groups thus implementing chemical know-how. To ensure the correctness of the algorithm, the program has already been tested for years during the development of the well known UNIFAC and mod. UNIFAC methods. ARTIST utilizes a user-friendly Windows graphical user interface. Results can be copied to the clipboard or automatically sent to Microsoft Excel™ for further processing. Maximizing your GPA Research Investment The GPA Data Bank maximizes the benefits of your GPA research investment by directly applying GPA data to the simulation and design of your gas processing operations.
Code:The API Specification Database - The Foundation of Your Engineering Workflow API Specification Database 2008 The foundation of the your engineering workflow is the American Petroleum Institute Specification Database Software™. Available as Excel Data Sheets and as InfoPath XML based forms running on a SharePoint collaboration site. Generate API standard equipment specifications for process equipment commonly used in the petroleum and chemical industries. Improve communication of equipment specification data to project team members as data is entered by various engineering disciplines. Completed projects provide on-going documentation for plant equipment assets — improving safety and reliability. Includes all 35 API equipment data sheets in InfoPath and 20 API equipment data sheets in Excel. • Streamline workflow between companies/software. • Track changes in data items across multiple parties. • Support for multiple and custom unit sets. • Standardized field formatting • Professional graphic design. • Modern XML based workflow design Customized Engineering Services ALAR Engineering Software provides consultation with process industry clients who design, procure and construct process plants and refineries to develop and deliver practical, XML-based software connectivity solutions. As one of the founders of cfiXML (www.cfixml.org), the international practical information exchange format for the Oil & Gas and Engineering industries, the Alar team specializes in building data exchange links between engineering computer programs, databases and document management systems. e-mail info@alarsoftware.com • Document management for engineering information. • Establish information specs, transfer needs and constraints. • Implement best practices for process plant life-cycle resources. • Design connections between software systems and databases. • Provide software support and maintenance services. • Develop engineering data models and XML schemas. Datasheets are at the heart of the design, engineering and procurement of plant equipment. Paper is increasingly giving way to digital information, and MS Office is often the medium for ad-hoc or formatted reports and specifications. In order to realize the potential benefits in increased productivity and reliable data management, the data should lend itself to automatic data exchange with source and target applications. In keeping with this trend, the API Spec Database will include a library of digitally enhanced API datasheets (courtesy of Intergraph) that are not only compliant with Intergraph’s SmartPlant ® offerings, but can also be easily integrated with other applications. These datasheets preserve the layout of the original API specifications, while adding significant electronic enhancements. By basing the data sheets on common commercial platforms and tools and using standard XML, EPCON International and Intergraph have solved the automatic data exchange problem with the API Spec Database. This provides one familiar data sheet standard but with a flexible interoperability solution for automatic data exchange.[link Point to another website Only the registered members can access]
Equipment Data Sheet Coverage API 560 - Fired Heaters - Fired Heaters - Burners - Fans - Pre-Heaters - Soot Blowers API 610 - Centrifugal Pumps - Between Bearings (type BB) - Overhung (type OH) - Vertically Suspended (type VS) API 611 - General Steam Turbines API 612 - Special Steam Turbines API 613 - Special Gear Units API 614 - Lubrication/Sealing - Scope and Attachments - Intrument Suppliers - Local Instruments and Panels API 616 - Gas Turbines API 617 - Centrifugal & Axial Compressors - Centrifugal & Axial Compressors - Integrally Geared Compressors API 618 - Reciprocating Compressors API 616 - Rotary, PD Compressors API 660 - Shell/Tube Heat Exchangers (long, short) API 661 - Air Cooled Heat Exchangers API 662 - Plate/Frame Heat Exchangers API 670 - Machinery Protection - Macinery Protection Systems - Speed Sensors API 671 - Couplings API 672 - Air Compressors API 673 - Centrifugal Fans API 674 - Reciprocating Pumps API 675 - Control Volume Pumps API 676 - Rotary Pumps API 677 - General Gear Units - Bevel Mounted Gear Units - Parallel Shaft Gear Units API 682 - Pump Shaft Seals - Category 1 and 2 Seals - Category 3 Seals API 685 - Sealless Centrifugal Pumps
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