Incoming Water Treatment Solutions for Manufacturing

Prevent contaminants in your plant water → Protect equipment, boost quality, reduce costs.

When municipal or well water enters your process, hidden contaminants — rust, chlorine, calcium, silt, dissolved salts, and more — can degrade product quality, shorten equipment life, and send maintenance costs upward. At PRAB, we specialise in engineered incoming-water treatment systems that safeguard manufacturing operations from the start.

Why incoming water treatment matters

  • Extend machine life: Chlorine, iron oxides, and scale gradually degrade bearings, tool surfaces, conveyors, and filters.
  • Improve output and quality: Suspended particles and dissolved solids cause part rejections, surface discoloration, and inconsistent finish.
  • Control costs: Untreated impurities increase downtime, wear parts, energy consumption, and chemical use; a treated feedwater stream lowers overall operating expense.
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Machine Wear

Eliminate rust, chlorine and calcium that slowly reduce the life of your equipment.

Rejected Parts

Remove contaminants that cause your parts to be off-spec.

Discoloration

Filter out contaminants that cause finished metals to discolor.

Product Quality

Remove suspended solids that reduce product quality and profits.

Typical Incoming Water Challenges We Address

  • High TDS (Total Dissolved Solids) – Dissolved organics/inorganics reduce process efficiency and cause part-to-part variation.
  • High TSS (Total Suspended Solids) – Silt, sand, and sediment cause machine wear and poor surface appearance.
  • Hardness (Calcium/Magnesium) – Scale buildup degrades heat transfer, clogs components, and shortens life.
  • Unstable pH – Water outside the neutral pH range causes corrosion, discoloration, and accelerated wear.
  • Coolant make-up water issues – Pretreatment matters because feed-water quality directly impacts tool life, coolant performance, and product consistency.

PRAB’s Water Treatment Technology Portfolio

Built for high-demand manufacturing environments, our modular systems integrate multiple technologies to meet your plant needs.

Technology Purpose Example Benefit
Reverse Osmosis (RO) Removes up to ~99 % of dissolved solids via semipermeable membranes Protects precision machining, plating, and high-purity rinse applications
Ultrafiltration (UF) Removes suspended solids, emulsified oils and turbidity Extends coolant life, improves surface finish, and reduces contaminants
pH Adjustment & Neutralisation Stabilises acidic or alkaline feed-water to neutral levels Prevents corrosion, improves chemical stability, and maintains finish consistency

Why Choose PRAB for Incoming Water

  • Manufactured & engineered for longevity – Our systems are built to thrive in heavy-duty industrial settings.
  • Tailored for metalworking and manufacturing – We understand the demands of coolant systems, chip separation, fine finishing, and precision parts.
  • Service-centric support – 24/7 parts and service availability, rapid response, and complete documentation to keep your treatment system running reliably.
  • Cost-driven ROI – Reduce rework, cut chemical usage, minimise downtime, and extend equipment life.

Ready to Get Started?

Talk to one of our water-treatment specialists and determine how much risk your incoming water represents. Click “Talk to an Expert” to get started.

Learn more about the proven technologies that we utilize.

Reverse Osmosis Equipment

Reverse Osmosis

Filter up to 99.5% of suspended matter from incoming water. RO works by pressing incoming feed water through a semipermeable membrane. Learn More >

PRAB Ultrafiltration Equipment

Ultrafiltration

Designed to separate organics like silt and dirt, emulsified oils, and suspended solids from incoming water. Learn More >

pH Adjustment System

pH Adjustment Systems

Removes heavy metals and organic compounds from incoming water. Adjust the pH of your POTW or well water to perfectly fit your process and protect your equipment. Learn More >