Textiles & Dyeing
Batch dyeing produces strong colour, high COD and pH that swings through the shift. Load equalisation and colour removal usually decide whether the plant meets limits.
Industries
Effluent is specific to the process that produced it. These are the sectors we work in most, and the problem each one usually arrives with.
Batch dyeing produces strong colour, high COD and pH that swings through the shift. Load equalisation and colour removal usually decide whether the plant meets limits.
Rinse water carries nickel, zinc, copper and hexavalent chrome. Recovering the metal upstream is usually cheaper than treating it into hazardous sludge downstream.
A strong and variable organic load on the effluent side, and a demand for very pure process water on the other. Both sides are usually in scope on the same site.
Fats, oils and grease with sharp seasonal load swings. Dissolved air flotation ahead of biological treatment is often what makes the train stable.
Streams that are specific enough that treatability testing is not optional. Material selection through the plant follows the chemistry.
Paint shop effluent, phosphating rinses and oily water, alongside high-quality process water for pretreatment lines.
Very high suspended solids and colour at large hydraulic volumes. Sludge dewatering capacity becomes as important as the treatment itself.
Chrome, sulphides and heavy solids loading, with recovery worth evaluating before precipitation.
Sewage treatment inside occupied buildings, where footprint, odour and noise carry as much weight as removal efficiency.