Quick answer: PRAB industrial wastewater treatment systems combine ultrafiltration, reverse osmosis, vacuum evaporation, and automated pH adjustment in turnkey configurations to meet EPA and POTW discharge requirements while enabling water reuse. Documented results include up to 90% reductions in wastewater volume and disposal costs, with ROI typically achieved in 12–18 months. For facilities targeting Zero Liquid Discharge, PRAB’s EVALED® vacuum evaporators recover up to 99% of wastewater as reusable distillate.
PRAB‘s Industrial Water Management Systems deliver two outcomes for manufacturing facilities: regulatory compliance for discharges and measurable cost reductions through water reuse. PRAB designs fully integrated industrial wastewater treatment systems using ultrafiltration, reverse osmosis, vacuum evaporation, and automated pH adjustment in turnkey configurations, each factory-tested and backed by the Performantee® Guarantee.
Documented results across PRAB customer installations include up to 90% wastewater volume reduction, up to 75% detergent cost reduction, and up to 90% disposal cost reduction, with return on investment achieved on most installations within 12 to 18 months.
| Up to 91% | 12-18 Months | Up to 90% |
| Disposal Cost Reduction | Typical Service Life | Wastewater Volume Reduction |

PRAB‘s Industrial Water Management Framework is a site-specific design approach that begins with an analysis of your wastewater composition, flow rate, and discharge or reuse goals. Based on that analysis, PRAB specifies and integrates the treatment technologies required to meet your compliance targets while maximizing the economic return from water reuse.
Our full technology stack spans five treatment categories:
Systems are available as standalone units or as fully integrated turnkey packages that combine multiple technologies in a single skid-mounted configuration and are factory-tested before delivery.
Solutions include:
PRAB systems are engineered specifically for industrial manufacturing environments where uptime, reliability, and integration matter.
Through our Demo Before You Buy™ and Materials Testing and Fluid Testing programs, we validate your application and define measurable performance specifications before you purchase.
| FREE Materials Testing | FREE Fluid Testing | On-site Demo Equipment | Performantee™ |
|---|---|---|---|
| ■ Eliminate uncertainty by providing real, tested performance data.
■ Select correctly sized components and configurations ■ Quantify expected ROI and payback timelines ■ Support accurate conveyor, hopper, and system design |
■ Prove that your fluids can be recycled, reused, or treated to meet environmental compliance
■ Solids removal performance ■ Filtration clarity and turbidity reduction ■ Expected throughput and operating parameters – and more |
■ Engineered Confidence, Documented Results.
■ Your materials ■ Your infrastructure ■ Your team ■ De-Risking with on-site and our Kalamazoo, MI Facility |
PRAB’s Performantee is a true performance guarantee. We ensure that our equipment will achieve the specific results for which it was designed and manufactured. If it does not, we will revise, repair, or make any necessary changes to deliver the results you specified. So when you have questions or concerns about the performance of your PRAB equipment. 24/7 Live support. |
Proven Industrial Experience
PRAB‘s water treatment systems are designed to integrate with the broader manufacturing operation. Process Water Treatment Solutions address in-process fluid reuse for metalworking, plating, and food processing. Industrial Wastewater Treatment Systems ensure compliance with discharge limits for operations governed by the EPA, POTWs, or state-specific permits. For facilities targeting ZLD, EVALED® Vacuum Evaporation eliminates all liquid discharge by recovering spent fluids as high-purity reusable distillate. All systems are backed by PRAB’s Performantee® Guarantee, with documented performance data prior to shipment.
Unlike generic water treatment providers, PRAB understands metalworking fluids, tramp oils, fines, sludge generation, and the operational realities of industrial production environments.
PRAB uniquely combines:
This allows manufacturers to create more efficient closed-loop manufacturing operations that recover value from both metal scrap and industrial fluids.
Most facilities already operate legacy equipment from multiple vendors. PRAB specializes in integrating new systems into existing manufacturing environments with minimal disruption to production.
PRAB systems are designed to reduce operating costs while improving consistency, compliance, and long-term reliability. Many systems continue operating successfully for decades in demanding industrial applications.
PRAB helps manufacturers transform industrial wastewater from a costly disposal problem into a reusable operational resource.
Benefits may include:
Whether your facility needs a standalone pH adjustment system, coolant recycling equipment, or a fully integrated wastewater treatment solution, PRAB provides the engineering expertise, equipment durability, and long-term support manufacturers need to succeed.
Connect with a PRAB Water Treatment Specialist
Discover how PRAB can help reduce costs, improve environmental performance, and support long-term manufacturing efficiency.
Customers are reusing 81%, or more, of their wastewater.
Eliminate the need for hazardous chemicals and air contaminants.
Meet zero liquid discharge goals and comply with state and local regulations.
Proven to reduce manufacturing disposal costs up to 15x.
Protect your equipment and final product from contamination:
Reduce water costs and increase process performance by reusing water:
Meet environmental and discharge requirements, while maximizing profitability:
Separates suspended solids, emulsified oils and fine particulates; extends wash-water life, cuts chemical use and enables reuse. Learn More >
Ideal for industrial, metalworking and surface-treatment applications as a final stage after UF or chemical polishing. Learn More >
Concentrate high-strength wastewater, recover usable distillate and achieve ZLD for industries like plating, aerospace and battery recycling. Learn More >
Automated monitoring and dosing ensure effluent neutrality and compliance; designed for metal-finishing, manufacturing, recycling and chemical plants. Learn More >
Chemical-free microbial and organic reduction; suited for high-purity reuse applications and closed-loop systems. Learn More >
Remove free and emulsified oils early in process-water treatment to protect downstream equipment and optimize the treatment chain. Learn More >
Water Management solutions for Industrial wastewater treatment and process water treatment use a combination of physical, chemical, and biological processes to remove contaminants, meet environmental regulations, and enable reuse.
Key technologies include ultrafiltration (UF) for suspended solids and oils, reverse osmosis (RO) for dissolved salts, vacuum evaporation for Zero Liquid Discharge (ZLD), pH adjustment systems for regulatory compliance, oil-water separators, UV disinfection, and ozone oxidation for targeted contaminant removal.
PRAB designs fully integrated systems combining UF, RO, vacuum evaporators, automated pH control, and advanced oxidation in turnkey configurations tested under stringent factory conditions. These systems have achieved up to 90% wastewater volume reduction and significantly lowered chemical consumption in high-demand industries.
Ultrafiltration systems use semi-permeable membranes to separate suspended solids, emulsified oils, and fine particulates.
This process extends the life of wash water, reduces chemical use, and creates a consistent effluent stream that can be safely reused in manufacturing processes or discharged in compliance with environmental regulations.
PRAB Highlight:
PRAB’s crossflow UF systems are engineered for minimal fouling and maintenance, achieving up to 75% detergent savings and 90% haul-away cost reductions. They integrate easily with PRAB RO or evaporation systems for maximum reuse potential.
Learn About PRAB UF Systems
Custom system design begins with an analysis of industrial wastewater composition, flow rate, and site goals. Aerospace may need heavy-metal removal, plating may require cyanide destruction, and battery recycling may need acid and fluoride treatment.
PRAB’s engineers combine UF, RO, evaporation, pH control, and chemical treatment for industry-specific solutions, often delivered in modular, skid-mounted configurations for quick installation.
Industry Examples & Flow Diagrams of Industrial Wastewater Treatment Systems
Industrial wastewater treatment systems reduce water purchases, chemical costs, and waste disposal fees; help meet regulations; and improve sustainability. Over time, cost savings can offset capital investment.
PRAB customers have seen hundreds of thousands in annual savings through reduced disposal, chemical, and energy costs. Systems are designed for long-term ROI with modular expansion options.
Automated pH adjustment systems continuously monitor and regulate pH levels in wastewater to meet local discharge requirements. By reducing manual intervention, they ensure consistent compliance, optimize chemical usage, and improve the efficiency of treatment processes across a wide range of industries.
PRAB designs and integrates automated pH neutralization systems as part of complete wastewater treatment packages for industries such as metal finishing, aerospace, battery recycling, and pharmaceuticals. These systems range from acid neutralization for plating operations to advanced real-time pH control for manufacturing lines, providing consistent, reliable results.
Ozone and UV (Ultraviolet) systems destroy bacteria, viruses, and organic contaminants without adding residual chemicals, making them ideal for reuse and high-purity applications.
PRAB integrates ozone and UV into closed-loop systems for parts washing, plating, and other high-purity industrial processes.
PRAB Advanced Ozone and UV Disinfection Options
Membrane filtration (UF, nanofiltration, RO) produces high-quality water for reuse or discharge, reduces chemical use, and meets stringent environmental regulatory standards.
PRAB’s membrane systems are designed for industrial durability, integrating with evaporation or chemical treatment for complete solutions.
Resources:
Effective sludge management reduces disposal costs, minimizes downtime, and improves the efficiency of the entire industrial wastewater treatment process.
PRAB systems can include sludge dewatering modules to reduce weight and volume before disposal, further lowering operating costs.
Industrial wastewater treatment systems support regulatory compliance by removing contaminants, adjusting pH, reducing oil and grease, and lowering dissolved and suspended solids to meet federal, state, and local discharge standards.
These systems are designed to align with regulations such as the U.S. EPA’s Clean Water Act, Resource Conservation and Recovery Act (RCRA), state-level discharge permits, and local Publicly Owned Treatment Works (POTW) limits. By integrating technologies like ultrafiltration, reverse osmosis, oil-water separation, and automated pH adjustment, facilities ensure effluent quality remains within mandated thresholds—helping avoid fines, protect community infrastructure, and pass environmental audits.
PRAB’s industrial wastewater treatment solutions are engineered specifically to help manufacturers meet or exceed environmental regulatory compliance requirements:
By combining engineered equipment, pilot testing, and automated controls, PRAB systems give manufacturers confidence in regulatory compliance while also reducing costs through water reuse and zero-liquid-discharge strategies.
A structured maintenance program—covering filtration, pumps, instrumentation, chemical handling, tanks, safety systems, and compliance— ensures reliability and helps extend equipment life and maintain regulatory compliance.
PRAB provides detailed predictive maintenance, service documentation, operator training, and 24/7 technical support, ensuring our systems operate at peak efficiency for decades.
Here’s a summary of our predictive maintenance considerations: