Treatment Solutions

Reverse Osmosis Systems and Equipment Manufacturer

Industrial reverse osmosis systems inside a water treatment facility, featuring high-pressure pumps, membrane systems, and advanced RO equipment used for high-recovery RO, brackish water RO, and seawater RO applications. This setup represents a leading RO equipment manufacturer specializing in industrial RO systems, desalination systems, process water treatment, water reuse, and ZLD/MLD RO technologies, including energy-recovery RO solutions provided by ProChem Water At ProChem Water, we engineer reverse osmosis (RO) systems that stand up to the toughest industrial water challenges. Our work goes beyond manufacturing equipment, we design solutions that protect uptime, reduce operating costs, and deliver measurable results for process water, reuse, and desalination projects. Each of our RO platforms: I-PRO™, B-PRO™, and S-PRO™, is purpose-built to match your facility’s feedwater conditions, pressure ranges, and recovery goals. Whether you’re targeting high-recovery reuse, brine minimization, or low-energy operation, every ProChem RO system is built to perform reliably under real-world industrial demands. Our approach combines advanced membrane technology, automation, and hands-on engineering support, ensuring every system we deliver meets your treatment objectives, compliance requirements, and long-term operational strategy.

Why Choose ProChem as Your RO Equipment Manufacturer

Performance, reliability, and ROI drive every system we build. We engineer RO solutions that align with your facility’s operational strategy. Each system is backed by data, experience, and long-term support to keep your operation running efficiently and in compliance.
  1. Engineered RO Platforms for Every Industrial Application. Each facility faces different feed chemistries and recovery targets, so we don’t take a one-size-fits-all approach. ProChem’s I-PRO™, B-PRO™, and S-PRO™ systems are engineered to meet specific operating pressures, salinities, and recovery needs:
  • I-PRO™ manages high-TDS feeds (5,000–45,000 mg/L) with operating pressures up to 1,200 psi, ideal for seawater and challenging industrial brines.
  • B-PRO™ is optimized for mid-range TDS levels, operating between 400–600 psi, delivering reliable brackish water treatment and reuse performance.
  • S-PRO™ supports lower TDS applications with low-energy operation (200–400 psi), perfect for polishing or final-stage reuse.
Each system supports modular flow rates, customizable staging, and full integration with pretreatment and polishing systems, making them flexible for reuse, ZLD/MLD, or discharge compliance applications.
  1. Custom Engineering and Manufacturing Excellence. Every ProChem RO system starts with your data: your feedwater analysis, site conditions, and process goals. From there, our engineers design a system around your operational priorities. Nothing leaves our manufacturing floor without full in-house testing and quality validation. The result is a seamless fit into your automation framework, control systems, and plant infrastructure.
  2. Lifecycle Support and Optimization. Our partnership doesn’t end at commissioning. ProChem provides complete lifecycle support, including treatability studies, pilot testing, remote monitoring, and periodic performance audits. We help operators maintain stable performance, reduce membrane fouling, and extend equipment lifespan, because long-term reliability is designed, not assumed.
  3. Energy Efficiency and Fouling Control. We understand that energy and maintenance drive your total cost of ownership. That’s why our systems are designed with recovery staging, energy recovery devices, and smart anti-fouling strategies. By optimizing flow hydraulics and cleaning intervals, we reduce chemical use and downtime while extending membrane life.
  4. Proven Industrial Performance. Across industries, from power generation and manufacturing to municipal reuse, ProChem’s RO systems consistently achieve recovery rates exceeding 90%. Our installations are trusted benchmarks for reliability and efficiency, supporting facilities that can’t afford process interruptions or compliance risks.

Key Components and Technologies in ProChem RO Systems

Every RO system is built from the ground up with precision-engineered components that balance performance, efficiency, and durability. Each element, from pretreatment and high-pressure pumping to automation and post-treatment, works together to protect membranes, reduce energy use, and deliver reliable water quality under continuous industrial operation.
  • Pretreatment and Conditioning: Before water reaches the RO membranes, it passes through precision-engineered pretreatment, including multimedia or ultrafiltration units and chemical dosing systems that remove particulates, organics, and scaling precursors. pH and oxidant control steps further stabilize feedwater chemistry to protect membrane integrity.
  • High-Pressure Pumping and Energy Recovery: Our skids feature heavy-duty high-pressure pumps designed for continuous industrial duty. Where applicable, energy recovery devices such as turbines or pressure exchangers reclaim energy from the brine stream, reducing operating costs without sacrificing throughput.
  • Membrane Arrays and Configurations: We design every stage for optimal flux, hydraulic balance, and recovery. Using spiral-wound or specialized membranes, our arrays achieve consistent rejection rates and long service life under varying loads.
  • Automation and Monitoring: All ProChem RO systems are equipped with advanced PLC and SCADA controls. Operators gain real-time visibility into conductivity, pressure, and flow data, ensuring reliable water quality with minimal manual oversight.
  • Integrated CIP Systems: Automated clean-in-place units allow efficient, safe membrane cleaning with minimal downtime. Our engineers specify cleaning chemistries and flow paths tailored to your system’s unique fouling profile.
  • Brine and Concentrate Management: ProChem designs complete brine handling solutions, from controlled discharge and energy recovery to ZLD and MLD integration. Each system is configured to meet your facility’s sustainability and discharge goals.
  • Post-Treatment and Polishing: Depending on end use, treated permeate may undergo pH stabilization, UV disinfection, remineralization, or ion exchange polishing to meet reuse or ultrapure water specifications.

Design Considerations and Best Practices

Effective RO design begins with understanding the chemistry, variability, and demands of your water source. Performance depends on how recovery rates, energy balance, materials, and automation align to your process. By applying sound design principles and proven field data, we ensure every system achieves consistent output with minimal maintenance over its lifecycle.
  • Feedwater Quality: Understanding scaling potential, TDS, and organic content informs pretreatment design and membrane selection.
  • Recovery and Energy Balance: ProChem uses modeling tools to determine optimal recovery rates, minimizing scaling risk while maintaining energy efficiency.
  • Automation and Scalability: Modular skids can be expanded or run in parallel for future capacity increases, all integrated into your plant’s automation system.
  • Corrosion Resistance and Maintainability: Every material, from pressure vessels to piping, is selected for durability under harsh chemical conditions. Systems are laid out for accessibility, simplifying maintenance and membrane replacement.
The result is a system that’s efficient on day one, and still performing years later.

Applications and Industrial Use Cases

Reverse osmosis technology supports a wide range of industrial objectives, from wastewater reuse and ZLD to high-purity production and desalination. Each application demands a system built for consistency, reliability, and efficiency, capable of meeting compliance goals while reducing water and energy costs across operations.
  • Industrial Wastewater Reuse: Transform process or rinse water into a sustainable resource that meets discharge and reuse standards, improving water security and reducing utility costs.
  • Zero and Minimal Liquid Discharge (ZLD/MLD): In advanced recovery systems, RO acts as the primary separation step, concentrating waste streams and reducing the load on thermal evaporators or crystallizers.
  • High-Purity Process Water: RO systems deliver consistent, ultrapure water for sectors such as power generation, electronics, and pharmaceuticals.
  • Brackish and Seawater Desalination: Designed for reliability in coastal or high-salinity operations, our high-pressure systems deliver desalinated water with optimized energy recovery.
  • System Retrofits and Modernization: We retrofit existing systems with upgraded membranes, automated CIP, and advanced controls to improve recovery and reduce downtime, without the cost of a full replacement.

Why ProChem’s RO Systems Stand Out

What sets ProChem apart is not just our technology. It’s the way we think about water treatment. Every RO system we build reflects decades of process insight, field data, and operational experience. Our engineers work side-by-side with plant teams to design systems that align with your production goals, not just your water analysis. From initial modeling to lifecycle support, every stage is validated to ensure reliability, energy performance, and measurable ROI. When your facility depends on stable, compliant, and efficient water treatment, ProChem delivers solutions designed to stand the test of time.

Getting Started with ProChem’s RO Systems

Engaging with ProChem is a straightforward, collaborative process designed to give you clarity and confidence from the start:
  1. Consultation and Feedwater Review: Share your flow rates, feed chemistry, and operational objectives.
  2. Sample Testing and Analysis: We assess fouling potential, scaling tendencies, and pretreatment requirements.
  3. Pilot or Bench Trials: Validate system performance and recovery targets under your actual conditions.
  4. System Design and Proposal: Receive a detailed design, energy model, and cost projection.
  5. Manufacturing and Assembly: Skids are fabricated, tested, and certified in-house for quality assurance.
  6. Installation and Commissioning: Our team supports site integration, calibration, and full startup.
  7. Ongoing Operation and Optimization: Remote monitoring, performance audits, and upgrades keep your system operating efficiently for years to come.
Every facility deserves a water system that performs as promised. ProChem Water builds RO solutions that deliver measurable efficiency, compliance, and reliability, year after year. Let’s start your design consultation today and create an RO system that defines performance for your operation.