Wastewater Treatment – Our Dosing & Process Solutions

Unlike drinking water production, wastewater treatment must manage highly variable influent conditions in both flow and composition. Incoming wastewater may contain high concentrations of suspended solids, organic matter, nutrients, oils, metals, pathogens, and emerging contaminants. Without precise control, these fluctuations can negatively impact overall water quality and downstream processes.

Chemical dosing is a core treatment technology used to stabilize these variations and ensure each treatment stage performs as intended, producing treated wastewater that meets discharge or reuse requirements.

Key objectives include:

• Removal of suspended solids and colloidal matter
• Reduction of organic matter and organic chemicals
• Neutralization of acidic or alkaline effluents
• Nutrient removal, particularly phosphorus and nitrogen
• Optimization of biological and secondary treatment performance
• Control of odors and corrosive gases
• Efficient sludge thickening and dewatering

Achieving these objectives requires accurate, repeatable, and responsive dosing systems capable of handling aggressive chemicals, abrasive slurries, and highly variable flow rates commonly encountered in modern wastewater treatment facilities.

Milton Roy designs chemical dosing solutions specifically engineered for the demanding conditions of municipal and industrial wastewater treatment:

• High‑accuracy metering pumps for acids, bases, coagulants, oxidants, and nutrient removal chemicals
• Peristaltic pumps for polymers and abrasive slurries
• Hydraulic diaphragm pumps for high‑pressure or hazardous chemicals
• Chemical injection skids for turnkey integration into wastewater treatment plants
• Integrated control systems using pH, ORP, conductivity, and flow signals

All equipment is built with corrosion‑resistant materials and leak‑free technologies to ensure long service life, operator safety, and protection of the surrounding environment.

By selecting Milton Roy wastewater treatment solutions, operators and utilities benefit from:

• Consistent water quality under variable influent conditions
• Reduced chemical consumption and operating costs
• Improved sludge dewatering and disposal efficiency
• Reliable compliance with discharge and environmental quality standardsLong‑term performance with minimal maintenance requirements