Textile and dyeing operations are the largest single source of industrial water pollution in Pakistan, according to the Pakistan Environmental Protection Agency, largely due to high colour load, BOD/COD, and chemical residues from dyeing and finishing processes. Universal Aqua Engineering designs effluent treatment systems specifically suited to these challenges.
High colour load requiring chemical coagulation and flocculation (CEPT) for effective removal.
Elevated BOD/COD from dyes, sizing agents and finishing chemicals.
Variable flow and composition across dyeing, printing and finishing stages.
Chemically enhanced primary treatment for colour and suspended solids removal.
Dissolved air flotation as a pretreatment stage.
Activated sludge or extended aeration for organic load reduction.
Many Pakistani textile exporters are required to meet international environmental frameworks such as ZDHC (Zero Discharge of Hazardous Chemicals) in addition to NEQS. A well-designed ETP supports both regulatory compliance and buyer/export requirements; talk to us about your specific compliance needs.
Textile and dyeing processes generate wastewater with high colour, BOD/COD and chemical content that must be treated before discharge to meet NEQS limits and avoid environmental harm.
ZDHC (Zero Discharge of Hazardous Chemicals) is an international programme many global apparel brands require their suppliers to follow, covering wastewater quality among other things. It works alongside, not instead of, Pakistan's own NEQS requirements.
Cost depends on production volume, dye and chemical usage, and required effluent quality. Contact us for a site-specific assessment.
Kohinoor Textile Mills Ltd, Rawalpindi — wastewater treatment plant, 300,000 gpd capacity
MIMA Knit Pvt. Ltd., Karachi — ETP (CEPT + EAAS), 250 cum/day capacity
Lucky Knit, Kathore — sewage treatment plant (EAAS), 50 cum/day capacity
See our full project history on the Clientele page.
Tell us about your dyeing and finishing processes, and we will design an ETP suited to your effluent.