Scope for industrial applications of production scheduling and solution methods

Article

Authorship

Harjunkoski, Iiro ; Maravelias, Christos ; Bongersc, Peter ; Castro, Pedro ; Engell, Sebastian ; Grossmann, Ignacio ; Hooker, John ; MENDEZ, CARLOS ALBERTO ; Sand, Guido ; Wassick, John

Date

2014

Publishing House and Editing Place

Elsevier

Magazine

COMPUTERS AND CHEMICAL ENGINEERING, vol. 62 (pp. 161-193) Elsevier

Summary Information provided by the agent in SIGEVA

This paper gives a review on existing scheduling methodologies developed for process industries. Above all, the aim of the paper is to focus on the industrial aspects of scheduling and discuss the main characteristics, including strengths and weaknesses of the presented approaches. It is claimed that optimization tools of today can effectively support the plant level production. However there is still clear potential for improvements, especially in transferring academic results into industry. F... This paper gives a review on existing scheduling methodologies developed for process industries. Above all, the aim of the paper is to focus on the industrial aspects of scheduling and discuss the main characteristics, including strengths and weaknesses of the presented approaches. It is claimed that optimization tools of today can effectively support the plant level production. However there is still clear potential for improvements, especially in transferring academic results into industry. For instance, usability, interfacing and integration are some aspects discussed in the paper. After the introduction and problem classification, the paper discusses some lessons learned from industry, provides an overview of models and methods and concludes with general guidelines and examples on the modeling and solution of industrial problems.