Mechanical process engineering is the engineering science of material transformation. Mechanical process engineering involves the changes in material properties (e.g. particle size), and composition (concentration), due to mechanical effects.

Separation methods: classifying and sorting

CE 275 Gas flow classification

CE 280 Magnetic separation

Separation methods: separation in a gravity field

CE 115 Fundamentals of sedimentation

HM 142 Separation in sedimentation tanks

CE 587 Dissolved air flotation

Separation methods: separation in a centrifugal force field

CE 282 Disc centrifuge

CE 235 Gas cyclone

CE 225 Hydrocyclone

Separation methods: filtration

CE 116 Cake and depth filtration

CE 117 Flow through particle layers

CE 287 Plate and frame filter press

CE 283 Drum cell filter

CE 284 Nutsche vacuum filter

CE 286 Nutsche pressure filter

CE 579 Depth filtration

Comminution

CE 245 Ball mill

Mixing and agglomeration

CE 320 Stirring

CE 322 Rheology and mixing quality in a stirred tank

CE 255 Rolling agglomeration

Storage and flow of bulk solids

CE 210 Flow of bulk solids from silos

CE 200 Flow properties of bulk solids

Fluidised beds and pneumatic transport

CE 220 Fluidised bed formation

CE 222 Comparison of fluidized beds

CE 250 Pneumatic transport