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Improving traceability in continuous processes using flow simulations
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DOI：10.1080/09537287.2011.561813.png)
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Traceability is normally difficult to achieve in continuous processes, since there are no natural batch structures. In this article, we demonstrate flow-based simulation using process data to improve traceability in a continuous pelletising process. Using the simulation model, the engineers could test the impacts of process disturbances, identify cause and effect relations and aid control in case of process disturbances. In a field trial where the chemistry of an additive was varied during production of a special product, the simulation forecasts predicted the level of the chemical content after the plant within the errors that the engineers found acceptable.
Keyword:
continuous process
traceability
flow simulation
pelletising
modelling
residence time
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