An algorithm to improve the speed and accuracy of analysis of chemical process systems operation

Abstract

The paper presents a method to improve the speed of modeling in the MARS modeling framework. The framework allows for flexible modeling of complex processes of chemical industry by representation of industrial apparatuses as sets of primitives in a component circuit. Typical abstract primitives used in modeling of chemical process systems are analyzed: source, mixer, and separator. They are found to often contain variables whose value may be determined separately with less computational load com-pared to their inclusion into the general system of linear and linearized equations. An algorithm for formation of a shortened system of equations and independent solution of easily solvable equations is presented.

Original language	English
Pages (from-to)	429-441
Number of pages	13
Journal	Petroleum and Coal
Volume	59
Issue number	4
Publication status	Published - 1 Jan 2017

Keywords

A mathematical model
chemical technological systems
Computational experiment
Objectives of research and functional design

ASJC Scopus subject areas

Energy(all)

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title = "An algorithm to improve the speed and accuracy of analysis of chemical process systems operation",

abstract = "The paper presents a method to improve the speed of modeling in the MARS modeling framework. The framework allows for flexible modeling of complex processes of chemical industry by representation of industrial apparatuses as sets of primitives in a component circuit. Typical abstract primitives used in modeling of chemical process systems are analyzed: source, mixer, and separator. They are found to often contain variables whose value may be determined separately with less computational load com-pared to their inclusion into the general system of linear and linearized equations. An algorithm for formation of a shortened system of equations and independent solution of easily solvable equations is presented.",

keywords = "A mathematical model, chemical technological systems, Computational experiment, Objectives of research and functional design",

author = "Dmitriev, {V. V.} and Gandzha, {T. V.} and Dolganov, {I. M.} and Aksenova, {Natalia V.}",

year = "2017",

month = jan,

day = "1",

language = "English",

volume = "59",

pages = "429--441",

journal = "Petroleum and Coal",

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publisher = "Vyskumny ustav pre ropu a uhlovodikove plyny (VURUP)",

number = "4",

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T1 - An algorithm to improve the speed and accuracy of analysis of chemical process systems operation

AU - Dmitriev, V. V.

AU - Gandzha, T. V.

AU - Dolganov, I. M.

AU - Aksenova, Natalia V.

PY - 2017/1/1

Y1 - 2017/1/1

N2 - The paper presents a method to improve the speed of modeling in the MARS modeling framework. The framework allows for flexible modeling of complex processes of chemical industry by representation of industrial apparatuses as sets of primitives in a component circuit. Typical abstract primitives used in modeling of chemical process systems are analyzed: source, mixer, and separator. They are found to often contain variables whose value may be determined separately with less computational load com-pared to their inclusion into the general system of linear and linearized equations. An algorithm for formation of a shortened system of equations and independent solution of easily solvable equations is presented.

AB - The paper presents a method to improve the speed of modeling in the MARS modeling framework. The framework allows for flexible modeling of complex processes of chemical industry by representation of industrial apparatuses as sets of primitives in a component circuit. Typical abstract primitives used in modeling of chemical process systems are analyzed: source, mixer, and separator. They are found to often contain variables whose value may be determined separately with less computational load com-pared to their inclusion into the general system of linear and linearized equations. An algorithm for formation of a shortened system of equations and independent solution of easily solvable equations is presented.

KW - A mathematical model

KW - chemical technological systems

KW - Computational experiment

KW - Objectives of research and functional design

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