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OrganisationBSES
OrganisationUniversity of Queensland Chemical Engineering Department
AuthorNoble, AG
Date Accessioned2013-05-23
Date Available2013-05-23
Issued1988
Identifierhttp://hdl.handle.net/11079/12017
AbstractTo determine whether the decrease in fugal capacity was due to the working screen or the wedgewire backing supporting it, a series of measurements were carried out on test specimens cut from the top, middle and bottom of segments of chrome-nickel working screens removed from the two trial machines. One of these had been fitted with a wedgewire backing and the other with conventional woven mesh backing. These measurements, which were carried out by the author at the Chemical Engineering Department of the University of Queensland, included the following: Slot width and open area determination; Photomicrographs of each screen section; Screen resistance of each specimen.
Languageen
PublisherBSES
Part of SeriesBSES Technical Reports 1988 No 409
SubjectMilling
SubjectTechnology
SubjectWedgewire Screens
SubjectScreens
SubjectResistance
SubjectFugals
SubjectMeasurement
SubjectOpen Areas
SubjectPhotomicrography
SubjectFugal screens
SubjectUnit operations
TitleOpen area and screen resistance measurements on fugal screens


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  • Milling efficiency and technology [52]
    Research outcomes: Optimised mill transport and logistics. Mill capacity and efficiency is optimised through improved processes, technology and value chain coordination and collaboration.

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