The adaptation of mechatronic principles to the design and control of the filter cycle

Abstract

SUMMARYA mechatronics approach has been employed to improve the performance of a solid-liquid separation device. The basic principles of the 'chematronics' task are described with reference to a computer controlled, pilot scale, pressure leaf filtration rig capable of measuring in-situ solids concentration profiles. By combining suitable sensors, transducers and control software it is shown how data can be acquired to correctly control and monitor all aspects of the filter cycle and yield a flexible apparatus capable of operating in a number of modes.

Using Mechatronics for the Interpretation and Modelling of the Pressure Filter Cycle

“…The ability to interrogate particle/fluid motions is a pre-requisite to this, as is the ability to provide a test rig which removes as much transient operator interference as possible. The recent advent of mechatronics, and the trend towards non-invasive scanning techniques [27][28][29][30][31][32] , has presented separations technologists with the opportunity to examine the filter cycle in new and novel ways.…”