Fundamentals of Particle Technology

Fundamentals of Particle Technology - links

Chapter 1	Particle technology & sampling ERPT Engineering Research in Particle Technology
Chapter 2	Particle characterisation mesh size length measurement (chords - Lasentec) area (light scattering - Malvern) volume (electric zone sensing - Coulter) sedimentation (Sedigraph - Micro-Meretics) Test & calibration particles (Particle Technology Ltd.)
Chapter 3	Fluid flow through porous media
Chapter 4	Liquid filtration on-line calculations Filtration & Separation Utilities Micropore filtration media sponsors of this book pictures of equipment and descriptions of working principles Filter/Thickener by backflushing Deep bed filtration Continuous bed filter
Chapter 5	Dilute systems On-line Stokes and Heywood Tables settling velocities
Chapter 6	Hindered systems and rheology Continuous thickeners On-line Coe and Clevenger method of thickener sizing
Chapter 7	Fluidisation
Chapter 8	Centrifugal separation
Chapter 9	Conveying Article on pneumatic conveying by Professor Rhodes Ten steps to design or selection of pneumatic conveyer
Chapter 10	Powder flow and storage Bulk powder handling in general Downloadable hopper design program Granular flow representations
Chapter 11	Crushing and classification Pictures and illustrations of equipment - need to drill down in site Good line diagrams/illustrations
Chapter 12	Solid/solid mixing Lots of mixer equipment pictures and styles mixing simulation - discrete element
Chapter 13	Colloids and agglomeration
Chapter 14	Gas cleaning High Efficiency Particulate Air filters (HEPA)
Chapter 15	Powder hazards
	Want to add a link? If you find a relevant site, or wish to add your own, then please send an e-mail to info@midlandit.co.uk

Midlandit