KEMISTA assembles each plant from a proven toolkit of unit operations, sequenced case by case. Pick a technology below to see its reference flow, typical performance and the sectors where it is a core building block.
The workhorse front-end of nearly every plant. Chemical conditioning destabilises colloids and emulsions so suspended solids, FOG, colour, phosphorus and metals separate by flotation, settling and filtration.
Hydroxide or sulphide precipitation converts dissolved Cr, Ni, Cu, Zn, Pb, Cd and Hg to insoluble solids, settled and dewatered, then polished to trace levels. pH is the master variable.
Softening, demineralisation, selective and chelating resins and mixed-bed polishing drive hardness, metals, ammonium and trace anions to very low levels — with in-situ regeneration.
EDR and EDI pull dissolved ions through ion-selective membranes under a DC field — with no chemical regenerants. EDR reverses polarity to self-clean scaling streams; EDI continuously electro-regenerates for deep demineralisation.
Alumina, titania and zirconia membranes bring extreme chemical, thermal and mechanical robustness to MF / UF / NF — back-flushable, long-life, and running where polymerics fail: oily, hot, solvent and aggressive streams.
PFDs, P&IDs, equipment & instrument lists, control narratives and commissioning documentation — produced per package.