LAPSE featured in research articles
The Living Archive for Process Systems Engineering (LAPSE), a project of PSEcommunity.org, was featured in a recent article in the
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Author: Thomas A. Adams II
Opening for Project Officer at the McMaster Advanced Control Consortium
The McMaster Advanced Control Consortium (MACC) promotes and advances process automation and related process systems engineering technologies through academe-industry interactions.
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Postdoctoral Researcher or Research Assistant Position at McMaster University
UPDATE: The position has been filled. Thank you for your applications! A position at either the Postdoctoral Researcher or Research
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Roger Sargent: 1926-2018
We at PSEcommunity.org would like to honour the founder of PSE itself, Professor Roger Sargent, who passed away today. Sargent
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All articles in journal Processes now indexed in LAPSE
We are pleased to announce an agreement with the journal Processes. All future articles published in Processes will now be
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New! LAPSE: Living Archive for Process Systems Engineering
Announcing LAPSE: The Living Archive for Process Systems Engineering! Unveiled today at the Process Systems Engineering 2018 conference, LAPSE is
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Call for papers: Modeling and Simulation of Energy Systems in the journal Processes
Call for papers now open in special issue of Processes, with the theme Modeling and Simulation of Energy Systems
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New: PSE Technology Tree Wiki
Now launching the PSE Technology Tree Wiki, an encyclopedia for PSE arranged in intuitive conceptual dependency trees.
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LAP24 Amazon #1 New Release in 3 Categories
The new book Learn Aspen Plus in 24 Hours hit the #1 New Release spot on Amazon.com in three categories this
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CO2 Capture Simulation Tutorials
Simulating solvent-based carbon dioxide capture in modern commercial software packages can be very challenging. This textbook chapter provides tutorials for overcoming major challenges such as physical property package selection, absorber model convergence, and flowsheet convergence. The chapter also provides advice for creating initial guesses for solvent flow rates, initializing tear streams, and performing sensitivity analyses. Over 20 simulation examples are provided for Aspen Plus, Aspen Hysys, ProMax, and Pro/II
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