Linked from

The 15 pages that link to Flocculation, each with the reason it gives.

• ColloidRelated: It brings colloidal particles together without necessarily forming dense, fused masses.

• Clay mineralRelated: Electrolytes can make dispersed clay particles aggregate and settle.

• SuspensionRelated: Flocculation can speed separation by making suspended particles settle as larger clusters.

• SiltRelated: Silt-sized particles can settle faster when they bind into aggregates.

• Suspended loadRelated: Flocs alter effective particle size and settling rates in muddy waters.

• Iron(III) chlorideRelated: Hydrolysis products from iron(III) chloride promote flocs that can be separated from water.

• MudstoneRelated: Flocs can help clay particles settle from water more rapidly.

• Aluminium sulfateRelated: After aluminium sulfate destabilizes particles, mixing helps them form settling flocs.

• ChitosanRelated: Chitosan can bind charged particles and promote their removal from water.

• Sodium aluminateRelated: Aluminum hydroxide formed during treatment can create sweep flocs that capture impurities.

• MudrockRelated: Clay particles can settle faster after flocculating in saline water.

• Potassium alumRelated: After coagulation, particles form flocs that can settle or be filtered out.