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Separates solids from fluids using a porous material.
Removes low concentration solids from fluids.
Porous material that retains solids during filtration.
Layer of deposited solids on the filter medium.
Separates fluids or collects solids from mixtures.
Depth straining traps particles within the filter medium.
A layer of solids forms on the filter, enhancing filtration.
Pressure difference across the filter medium.
Calculates the rate of fluid flow through a filter.
Higher viscosity decreases the flow rate.
Reduce resistance and prevent clogging in filtration.
Microfiltration removes particulates; ultrafiltration separates molecules.
Ensures filters are functioning properly and not leaking.
Measures the largest pore size in a filter membrane.
Forms a layer to prevent clogging of the filter medium.
Retention, low resistance, easy cake release, and stability.
Concentration of heat-labile products like vaccines.
Batch processes are done in discrete steps; continuous runs non-stop.
Increases filtration speed by creating a pressure differential.
Clarify and sterilize heat-sensitive pharmaceutical solutions.