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Optimising mine ventilation through the use of life-cycle production models.

Authors :
Hardcastle S.
Eighth international mine ventilation congress Brisbane, Australia 06-Jul-0508-Jul-05
Baiden G.
Bissiri Y.
Kocsis C.
Hardcastle S.
Eighth international mine ventilation congress Brisbane, Australia 06-Jul-0508-Jul-05
Baiden G.
Bissiri Y.
Kocsis C.
Publication Year :
2005

Abstract

CANMET-MMSL and Penguin Technologies have been investigating how process simulation and mine ventilation software can be combined to reduce mine ventilation costs. Many systems are designed to meet peak demand and are then run at that level. The benefits and drawbacks of tailoring the system to meet actual demand at any given time in the life of the mine can be evaluated by means of process simulation models. The development of a generic mining process model is described and the model used for evaluating a simple form of on-demand control.<br />CANMET-MMSL and Penguin Technologies have been investigating how process simulation and mine ventilation software can be combined to reduce mine ventilation costs. Many systems are designed to meet peak demand and are then run at that level. The benefits and drawbacks of tailoring the system to meet actual demand at any given time in the life of the mine can be evaluated by means of process simulation models. The development of a generic mining process model is described and the model used for evaluating a simple form of on-demand control.

Details

Database :
OAIster
Notes :
und
Publication Type :
Electronic Resource
Accession number :
edsoai.on1309229705
Document Type :
Electronic Resource