Ion-exchange resins efficiently remove dyes from textile effluent, supporting eco-friendly water treatment, reduced sludge, and potential dye reuse

Chlorine contact time (CT) is calculated as CT = Chlorine Concentration (mg/L) × Contact Time (minutes). Accurate CT ensures effective water disinfection.

MLSS, or Mixed Liquor Suspended Solids, measures microorganisms in wastewater treatment, ensuring effective pollutant breakdown and optimal plant performance

Commercial RO plants use various membrane cleaning processes to maintain efficiency. Hydraulic cleaning removes loose debris, while chemical cleaning uses acids, alkalis, enzymes

Commercial RO plants use various membrane cleaning processes to maintain efficiency. Hydraulic cleaning removes loose debris, while chemical cleaning uses acids, alkalis, enzymes

Commercial RO plants use various membrane cleaning processes to maintain efficiency. Hydraulic cleaning removes loose debris, while chemical cleaning uses acids, alkalis, enzymes

Commercial RO plants use various membrane cleaning processes to maintain efficiency. Hydraulic cleaning removes loose debris, while chemical cleaning uses acids, alkalis, enzymes

Choose STP, ETP, or RO Plant based on water type, contaminants, and purpose; ensure compliance, cost-effectiveness, and environmental sustainability

Commercial RO plants use various membrane cleaning processes to maintain efficiency. Hydraulic cleaning removes loose debris, while chemical cleaning uses acids, alkalis, enzymes

Commercial RO plants use various membrane cleaning processes to maintain efficiency. Hydraulic cleaning removes loose debris, while chemical cleaning uses acids, alkalis, enzymes