High molecular weight phenolic resin reduces dissolved residues and TOC in treated water.
Silicon-containing polymer flocculants remove suspended solids from high silica bauxite streams, eliminating filtration downtime and reducing treatment costs.
Vibration-induced liquefaction drives extraction solution upward through ore, reducing energy consumption and mineral loss.
Hydroxylamine free base reacts with pendant amide groups to form hydroxamated polymer microdispersions.
Flowable liquid suspensions of particulate water-soluble flocculant polymers enable safe delivery without powder dust generation.
Fatty acid ethoxylates improve separation efficiency by increasing selectivity factors for apatite against silicate and carbonate minerals.
A multi-layer coalescing media structure uses a high porosity interior layer to concentrate dispersed phase droplets for efficient separation.