Environmental Engineering Reference
In-Depth Information
Π: auxiliary matrix in the expression of
X
τ: time lag for autocovariance definition
ω
: white noise
Ω: matrix for the extraction of the feed stream flowrates from the plant stream
flowrates
ζ
(
t
)
(
t
)
: generic name for driving white noise
Acknowledgements
This chapter is based on studies which have been undertaken by students
and on ideas discussed with colleagues. The list is long but their names deserve to be given: Nicole
Alliot, Gilles Barbery, Claude Bazin, Steve Bellec, Antoine Berton, Yves Berube, Charles-Eudore
Boudreault, Cameron Crowe, Luiz Rogerio Pinho de Andrade Lima, Andre Desbiens, Yan Guang
Du, Marc-Denis Everell, Frederic Flament, Thierry Gelpe, Luc Lachance, Chefi Ketata, Daniel
Laguitton, Sami Makni, El Hassan Mazzour, Jacques McMullen, Azar Mirabedini, Eric Poulin,
Eric Plamondon, Simon Rochon-Tremblay, Jules Thibault, and Solange Vaz Coehlo.
References
[1] Hodouin D, Jamsa-Jounela SL, Carvalho MT, Bergh L (2001) State of the art and challenges
in mineral processing control. Control Engineering Practice 9(9):995-1005
[2] Wiegel RL (1972) Advances in mineral processing material balances. Canadian Metallurical
Quarterly 11(2):413-424
[3] Smith HW, Ichiyen N (1973) Computer adjustment of metallurgical balances. CIM Bulletin
66:97-100
[4] Hodouin D, Everell MD (1980) A hierarchical procedure for adjustment and material bal-
ancing of mineral process data. International Journal of Mineral Processing 7(2):91-116
[5] Kuehn DR, Davidson H (1961) Computer control II: Mathematics of control. Chemical En-
gineering Progress 57(6):44-47
[6] Crowe CM (1996) Data reconciliation-progress and challenges, Journal of Process Control
6:89-98
[7] Narasimhan S, Jordache C (1999), Data reconciliation & gross error detection: an intelligent
use of process data. Gulf Pub. Co., Houston.
[8] Romagnoli JA, Sanchez MC (2000) Data processing and reconciliation for chemical process
operations. Academic Press
[9] Algosys Inc. (2004) Bilmat Technical Guide Version 9.0: An advance computer program for
data reconciliation through mass balancing, Quebec City, Canada
[10] Caspeo (2008) www.caspeo.net
[11] JKTech: www.jktech.com
[12] Banisi: www.banisi.ir
[13] OSIsoft: www.osisoft.com
[14] IPS: www.ips.invensys.com
[15] AspenTech: www.aspentech.com
[16] Belsim: www.belsim.com
[17]
Du YG, Hodouin D, Thibault J (1997a) Use of a novel autoassociative neural network for
nonlinear steady-state data reconciliation. AIChE Journal 43(7):1785-1796
[18]
Du YG, Thibault J, Hodouin D (1997b) Data reconciliation for simulated flotation process.
Artificial Intelligence in Engineering 11(4):357-364
[19]
Aldrich C, Van Deventer J (1994) Identification of gross errors in material balance measure-
ments by means of neural nets. Chemical Engineering Science 49(9):1357-1368
Search WWH ::
Custom Search