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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Bibliographic Details
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
Description
Summary: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.
ISSN:0718-8706
0718-8706

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