Modelling and Control of a
Rotating Disk Contactor
The aim of this project is
to develop a practicable strategy for the
control of a rotating disk contactor in which a
neutralisation reaction takes place. To achieve
this, firstly, the necessary instrumentation has
to be specified to enable the experimental
determination of input-output models relating
the different inputs and outputs of the
contactor. These models would allow analyses via
simulation, of the dynamics and interactions
within the system and hence provide a platform
for the specification and testing of suitable
control schemas. An overriding issue is that the
candidate strategy has to be as simple as
possible. Of particular interest is the use of
rotational speed to control the neutralisation.
The relative merits of using rotational speed as
a manipulated variable, compared to more
traditional neutralisation control schemes, will
be investigated in detail. The results of
simulation studies will be verified by on-line
application to the rotating disk contactor.
For more information please
contact Dr Kamelia
Boodhoo or
Dr Ming Tham.
|