MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES

MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES

This paper presents a set of procedures based on mathematical optimization methods to establish optimal active sulphide phases with higher HDS activity. This paper proposes a list of active phases as a guide for orienting the experimental work in the search of new catalysts that permit optimize the...

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Main Authors: Iván Machín, Susana Martínez
Format: Article
Language:Spanish
Published: Executive Business School 2015-03-01
Series:Avances en Ciencias e Ingeniería
Subjects:
active phase
transition metal
catalyst design
HDS
Online Access:http://www.exeedu.com/publishing.cl/inicio.php?lnk=ctnd&id=326
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spelling doaj-12f6ad23939d4473a9c16a378e680b852020-11-25T01:52:02ZspaExecutive Business SchoolAvances en Ciencias e Ingeniería0718-87060718-87062015-03-01613147MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDESIván Machín0Susana Martínez1Universidad Simón Bolívar, Departamento de Termodinámica y Fenómenos de Transferencia, A.P. 89000, Caracas 1080 - VenezuelaPDVSA/INTEVEP, Gerencia de Producción y Extracción, El Tambor, Los Teques - VenezuelaThis paper presents a set of procedures based on mathematical optimization methods to establish optimal active sulphide phases with higher HDS activity. This paper proposes a list of active phases as a guide for orienting the experimental work in the search of new catalysts that permit optimize the HDS process. Studies in this paper establish Co-S, Cr-S, Nb-S and Ni-S systems have the greatest potential to improve HDS activity.http://www.exeedu.com/publishing.cl/inicio.php?lnk=ctnd&id=326active phasetransition metalcatalyst designHDS
collection DOAJ
language Spanish
format Article
sources DOAJ
author Iván Machín
Susana Martínez
spellingShingle Iván Machín
Susana Martínez
MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES
Avances en Ciencias e Ingeniería
active phase
transition metal
catalyst design
HDS
author_facet Iván Machín
Susana Martínez
author_sort Iván Machín
title MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES
title_short MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES
title_full MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES
title_fullStr MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES
title_full_unstemmed MATHEMATICAL OPTIMIZATION METHODS TO ESTABLISH ACTIVE PHASES ON HETEROGENEOUS CATALYSIS: CASE OF BULK TRANSITION METAL SULPHIDES
title_sort mathematical optimization methods to establish active phases on heterogeneous catalysis: case of bulk transition metal sulphides
publisher Executive Business School
series Avances en Ciencias e Ingeniería
issn 0718-8706
0718-8706
publishDate 2015-03-01
description This paper presents a set of procedures based on mathematical optimization methods to establish optimal active sulphide phases with higher HDS activity. This paper proposes a list of active phases as a guide for orienting the experimental work in the search of new catalysts that permit optimize the HDS process. Studies in this paper establish Co-S, Cr-S, Nb-S and Ni-S systems have the greatest potential to improve HDS activity.
topic active phase
transition metal
catalyst design
HDS
url http://www.exeedu.com/publishing.cl/inicio.php?lnk=ctnd&id=326
work_keys_str_mv AT ivanmachin mathematicaloptimizationmethodstoestablishactivephasesonheterogeneouscatalysiscaseofbulktransitionmetalsulphides
AT susanamartinez mathematicaloptimizationmethodstoestablishactivephasesonheterogeneouscatalysiscaseofbulktransitionmetalsulphides
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