Calculate and compare coagulant, flocculant, and pH correction chemical costs for DAF and physico-chemical wastewater treatment.
Chemical dosing is often the largest operating cost in DAF systems after energy. Optimising coagulant selection, polymer type, and pH correction can reduce OPEX by 15-30%.
Systematic jar testing identifies the optimal coagulant type and dose for your specific effluent, often revealing 15-25% overdosing.
Matching polymer charge density and molecular weight to your solids profile improves flocculation and reduces polymer consumption.
PAC often outperforms alum at low temperatures and produces less sludge. Ferric chloride excels at phosphorus removal.
Flow-paced and feedback-controlled dosing systems prevent overfeeding during low-load periods and shock loads.
Automated coagulant and pH adjustment dosing skids with SCADA integration.
Explore SystemsChemical principles, jar testing protocols, G-value optimisation, and troubleshooting.
Read GuideSize dissolved air flotation systems from wastewater parameters.
Open CalculatorComplete engineering guide to DAF system design including hydraulic loading, air-to-solids ratio, saturator sizing, coagulation.
View PageEstimate methane production and energy value from anaerobic digestion of agricultural, food, and brewery waste streams.
View PageCalculate transport cost savings, reduced landfill fees, and biogas revenue from brewery spent grain dewatering.
View PageOur process engineers conduct on-site jar testing and treatability studies to identify the lowest-cost chemical regimen for your effluent.