Tuesday, January 31, 2012

FREE Webinar: PRO/II Customization & Output

Don't forget about our free webinar tomorrow, Feb 1st, 2012!

Want to learn more about customizing PRO/II to become more efficient at building models and viewing output? Learn to interact with PRO/II more efficiently by sitting in on this webinar. 


PRO/II Customization & Output
When: February 1 at 10:00am & 2:00pm Eastern

About the speaker: Richard Pelletier is a technical support engineer in North America with widespread knowledge in the application of simulation software in industry.
What's covered in this 60-minute webinar:
  • Demonstrations on time saving, useful customizations in PRO/II
  • Demonstrations on useful output options in PRO/II
REGISTER HERE!

Monday, January 30, 2012

PRO/II Specifications


 PRO/II allows the use of both absolute and relative specifications in most unit operations. An absolute specification sets the parameter equal to a given value; e.g. if you wanted a flash drum overhead rate to be a set value you would use an absolute specification. The relative specification allows you to define the specification as a function of two parameters in the flowsheet. So, for example, if you wanted to set your flash overhead rate to be 80% of the feed rate you would use a relative specification, possibly something like:

Friday, January 27, 2012

Updated Schedule for FREE webinar series on our software


Below is the updated webinar schedule for February 2012 through May 2012. These FREE 60 minute online webinars are a great opportunity to learn about our simulation software. To register for the free webinar, please visit the registration site here.

Webinar Schedule
February through May 2012

Date
Title
Presenter
2/1/12
PRO/II Customization & Output
Richard Pelletier
2/8/12
Understanding Thermodynamic Options
John Cunningham
2/15/12
Simsci-Esscor Logic Validator
Janet Parker
2/28/12
Crude Column Optimization
Abhay Sawant
3/7/12
Hydrofluoric & Sulfuric Alkylation Reactor Models
Rujun Li
3/14/12
Compliance with CSAPR using  Advanced Process Control
Bill Poe
3/21/12
FCC Reactor Model
Rujun Li
3/28/12
Delayed Coker and Visbreaker Reactor Models
Rujun Li
4/4/12
Converging & Controlling Complex Simulations in PRO/II
Mike Donahue
4/11/12
Reformer and Isomerization Reactor Models
Rujun Li
4/18/12
Expanding OTS into the Mining Industry
OTS Group
4/25/12
Optimizing Hydraulic Networks
Laurie Wang
5/2/12
Gas Processing with PRO/II
Bryan McAlister
5/9/12
Expanding OTS into the SAGD Industry
OTS Group
5/16/12
Understanding Relief System Sizing
Victor Esquivel
5/23/12
Quality by Design System
Larry Balcom
5/30/12
Simplifying Material Balance Calculations
Ted Fediw

Thursday, January 26, 2012

Customizing PRO/II hotkeys


Many of the key PRO/II functions are accessed via the hotkeys on the toolbar. You can customize the toolbar, removing hotkeys you might not use or adding hotkeys important to yourself, by selecting the Toolbar… option from the View menu. This will open the Toolbar Customization window, allowing you to add, remove or reorder the PRO/II hotkeys.

For further details, please contact Technical Support.

Tuesday, January 24, 2012

Exergy Calculations


Exergy (or availability) calculations may be requested by the user by selecting the Miscellaneous Data option of the Input menu and checking the Include Exergy Analysis check box. When requested, exergy calculations are performed in the final stages of writing the PRO/II output report. As such, exergy calculations are not available during, and in no way whatsoever affect, flowsheet convergence. Exergy results appear after the Stream Summary reports in the PRO/II output report. The availability function, B, is defined as:

B = H - TS

where:

H = enthalpy
T = temperature
S = entropy

For further details, please contact Technical Support.

Thursday, January 19, 2012

Updating stream estimates


Updating stream estimates with solution data for streams containing pure, petro or user defined components is simple in PRO/II. After solution, select your target stream, and then select Copy from the Edit menu (or use Control-C). Next, also from the Edit menu, select the Paste Special option. In the Paste Special window that opens select the Total Stream Composition Data option and click OK. Your stream should now be updated with the solution data. Note assay generated pseudo components cannot be copied in this way. For further details, please contact Technical Support.

Monday, January 16, 2012

PRO/II Results Viewing Options



In PRO/II the default viewer for viewing results (from the spectacles hotkey or right mouse click View Results) is Notepad. You can change this to your default browser, so that results are displayed using Netscape Navigator or Internet Explorer. The viewer can be changed by selecting Viewer from the Options menu and checking the Default Browser option. Advantages of using the browser viewer include the ability to find relevant information quickly using hotlinks and drag/drop of data directly to Excel. For further details, please contact Technical Support.

Thursday, January 12, 2012

From Automation World magazine newsletter: Automation Applied: Refinery Optimization

This is a short video from the Automation World magazine newsletter: "Automation Applied: Refinery Optimization".

In this short video, Abhay Sawant on North America Technical Support showcases some new features in ROMeo 6.0. This video was filmed at OpsManage in Nashville, TN.


Open different file types in PRO/II


From the File menu Open option in PRO/II you can open input (*.inp) and output (*.out) files as well as model files (*.prz or *.pr1). All you need to do is select the appropriate file type from the Files of Type combo-box in Open Simulation window. For further details, please contact Technical Support.

Wednesday, January 11, 2012

SimSci-Esscor product videos and webinars on YouTube

We have posted older webinars and product demo videos on YouTube, just search "SimSci-Esscor" to find them.

Monday, January 9, 2012

PIPEPHASE & Excel Based Reports


PIPEPHASE has the capability to generate Excel based reports. After the model is solved, click on the Excel button in the Run Simulation and View Results window; this will open the Excel Reports window, where you can select the report options. Once you have selected the appropriate report options, toggle on the Create Database and Create Excel Reports check boxes (these should be checked by default); then click on the Run Current Network button. An Excel report will be generated for the current model, which contains multiple worksheets and hyper-links to assist in navigation.

The Excel Reports window also allows the used to “batch” run the current model or a number of models. 

For further details, please contact Technical Support.

Another Invensys Operations Management blog to follow:

Check out our friends at Invensys Operations Management Applications.
Their blog talks about Wonderware® MES/Quality, Intelligence, InBatch™, Mobile Reporting, ArchestrA® Workflow and Avantis® solutions, featuring guest writers & partners

Friday, January 6, 2012

Advanced Alkylation Measurement Solution from Invensys Wins Processing Magazine’s Breakthrough Product Award

Innovative solution supports real-time safety and environmental excellence for refineries

JANUARY 05, 2012 / PLANO, TEXAS - Invensys Operations Management, a global provider of technology systems, software solutions and consulting services to the process and manufacturing industries, today announced that that its ACA.HF Advanced Alkylation Measurement Solution has been named a Breakthrough Product of the Year for 2011 by Processing magazine. The award recognizes products, services and/or technologies that have made significant contributions to the process industries within the past year.
 

Wednesday, January 4, 2012

Updating Stream Estimates in PRO/II


Updating stream estimates with solution data for streams containing pure, petro or user defined components is simple in PRO/II.  After solution, select your target stream, and then select Copy from the Edit menu (or use Control-C).   Next, also from the Edit menu, select the Paste Special option.  In the Paste Special window that opens select the Total Stream Composition Data option and click OK.  Your stream should now be updated with the solution data.  Note assay generated pseudo components cannot be copied in this way.  For further details, please contact Technical Support.

Tuesday, January 3, 2012

FlexNet11.8 Retrofit Utility Instructions for DYNSIM 4.5.x

Need for FlexNet11.8 Retrofit for DYNSIM4.5.x

Issue: FLEXlm 9.5 licensing server is not supported on Windows 7, Windows Vista and Windows XP, 64 bit. FlexNet 11.8 licensing server is needed. However DYNSIM 4.5.x does not natively support FlexNet 11.8 and TOKENnet security.

Solution: The FlexNet 11.8 Retrofit is an update that enables Dynsim 4.5.x to work with FlexNet 11.8 and TOKENnet security.

Monday, January 2, 2012

Pitfalls in Process Simulation - #1: Bad Data Entry

And the #1 Pitfall in Process Simulation.....BAD DATA ENTRY!

Bad data entry is the easiest mistake to make when doing process simulation.  Most often, units of measurement are the largest source of errors that occur.  For example, in the specification below, we are incorrectly dividing a mass flowrate by a molar flowrate. 

Sometimes these incorrect units of measurement are minor mistakes that play no impact on our modeling.  More often than not however, a mistake in units of measure can be a major problem.  A perfect example of this is the Mars Climate Orbiter (MCO).  Launched in 1998 by NASA to study the climate, atmosphere, and surface changes on Mars, communication with the MCO was lost after the MCO passed behind Mars, and the result was a permanent loss of communication and $328 million.  When investigated, it was found that the use of English units of measurement instead of Metric units of measurement caused the MCO to have an underestimated spacecraft trajectory. 

To ensure that errors like this do not occur, we must use many different ways to help us ensure that our data entry is correct.  As NASA’s associate administrator for space science at the time of the MCO, Edward Weiler, once put it, “People sometimes make errors.  The problem here was not the error, it was the failure of NASA’s systems engineering, and the checks and balances in our processes to detect the error.  That’s why we lost the spacecraft.” 


Here are some ways that you can help ensure proper data entry in your process simulation files –

  1. Checks and balances: Check the data that you entered after you entered it.  Make sure that it matches what you intended to enter, paying close attention to the units of measurement.
  2. Organize your work: Have all of your information ready for entry, in the units of measurement that you need for data entry.  Keep everything in an organized manner so you can go through everything easily and double check as you go. 
  3. Minimize distractions: Try not to perform tasks like data entry without staying focused.  Turn off distractions, like radios, TVs, etc.  Close out of other windows, like web browsers or another pieces of work you were working on.  Try to keep side conversations with co-workers, friends, or family to a minimum or eliminate them all together.  Anything you can do to keep focused will help.
  4. Use “alternate forms” of data input: Copy/paste information from one source to another.  Import data from a data historian.  Use data links, such as defines in Pro II, specifications, etc to ensure that the proper data is being entered into the data entry field at all times.
  5. Don’t ignore warning messages:  While most warning messages are often there just to keep you informed in case it is something that you should be worried about, others (especially error messages) often tell you of a major problem in your simulation.  Be sure to always review any messages, warnings, and/or errors the program gives you.