RCP010-60SPP Water Treatment System

Product Introduction

The RCP010-60SPP is a high-capacity, high-efficiency water treatment unit engineered with premium SPP (Spun Polypropylene) filter media, exclusively designed for large-scale commercial and industrial water purification, pre-treatment and reclamation demands. This system integrates an optimized high-flux filtration structure with a robust, corrosion-resistant modular design, optimized to efficiently remove suspended solids, colloidal particles, organic micro-contaminants and partial dissolved salts from various feed water sources. Equipped with built-in real-time pressure monitoring and flow stabilization components, it features quick-release filter chambers for effortless installation, routine maintenance and manual/automatic backwashing operations. Suitable for standalone large-volume water processing or as a key pre-treatment module for reverse osmosis (RO), ultrafiltration (UF) and nanofiltration (NF) systems, the RCP010-60SPP delivers consistent, high-quality treated water with low energy consumption, and maintains stable performance even under long-term continuous operating conditions, making it a cost-effective solution for large-flow water treatment scenarios.

Filtration Precision

The RCP010-60SPP achieves a 0.15-micron high-precision filtration rating, which can effectively capture ultra-fine suspended particles, bacteria, algae, colloidal substances and micro-scale insoluble impurities that easily cause industrial equipment scaling, pipeline clogging and water quality deterioration. This level of filtration precision ensures that the treated water meets stringent industry clarity and purity standards, and it strikes a perfect balance between fine contaminant removal and high-flux water output, making it ideal for large-scale industrial and commercial applications that require medium-to-high water quality without ultra-fine filtration processes.

Flux

Under standard operating conditions (25°C inlet water temperature, 35 psi inlet pressure, feed water turbidity <6 NTU and pH value 5.5-8.5), the RCP010-60SPP boasts a nominal flux rate of 60 gallons per minute (GPM)—its core high-capacity advantage. This ultra-high flux enables the system to efficiently handle the large water volume demands of medium and large-scale industrial facilities, commercial central water supply systems and high-flow cooling water circuits. Thanks to the high porosity and optimized fiber structure of SPP filter media, as well as the streamlined hydromechanical internal flow channel design, the flux remains stable despite minor fluctuations in feed water temperature, turbidity and pressure, without compromising filtration efficiency.

Salt Rejection Rate

Equipped with a high-performance selective SPP composite filtration membrane, the RCP010-60SPP achieves a 96% salt rejection rate for monovalent salts (e.g., sodium chloride, potassium chloride) and a 98% salt rejection rate for divalent salts (e.g., calcium carbonate, magnesium sulfate, calcium sulfate). This excellent selective salt rejection performance effectively reduces the total dissolved solids (TDS) content in the treated water, significantly improving water purity. It is well-suited for large-scale boiler feed water pre-treatment, textile dyeing and printing water preparation, and high-flow rinsing processes in electronic component, metal processing and plastic manufacturing industries.

Pressure Drop

The pressure drop across the RCP010-60SPP system is strictly controlled at a low range of 2.5–3.5 psi under nominal 60 GPM flux conditions. This minimal pressure loss is attributed to the high permeability and large specific surface area of spun polypropylene filter media, as well as the optimized internal flow path design that minimizes water flow resistance and eddy current generation. A low pressure drop not only drastically reduces the energy consumption of water pumping equipment and lowers operational costs, but also prevents excessive pressure buildup inside the system, thereby extending the service life of membrane elements, seal components and other key structural parts.

Molecular Weight Cutoff (MWCO)

The molecular weight cutoff of the RCP010-60SPP is precisely rated at 12,000 Daltons. This means the system can effectively retain and separate organic macromolecules with a molecular weight of 12,000 Daltons or higher, such as humic acids, industrial dyes, protein residues, polysaccharides and macromolecular organic pollutants, while allowing water molecules, small inorganic ions and low-molecular-weight organic substances to pass through unimpeded. This accurate selective separation capability makes the system an ideal choice for large-scale wastewater treatment in printing, dyeing, textile and food processing industries, as well as a high-flow pre-treatment step for RO and UF systems to prevent membrane fouling and extend the service life of core membrane components.

Membrane Thickness

The filtration membrane of the RCP010-60SPP has a total optimized thickness of 160 microns, which consists of a 125-micron porous SPP support layer and a 35-micron dense selective filtration layer. The thick, high-strength spun polypropylene support layer features a three-dimensional interwoven fiber structure, providing excellent mechanical rigidity, pressure resistance and structural stability, which can effectively prevent membrane deformation, rupture or damage under high-flux and long-term continuous operating pressure. The dense and uniformly structured selective layer is the core component that ensures the system’s high filtration precision and efficient salt rejection performance, and it maintains high water permeability while blocking contaminants, which is the key to realizing the 60 GPM high flux of the system.

Replacement Cycle

The recommended replacement cycle for the SPP filter elements of the RCP010-60SPP is 7–9 months under normal operating conditions (feed water turbidity <5 NTU, regular backwashing every 48 hours, and standard feed water quality maintenance). For feed water with high turbidity (>12 NTU) or high organic contaminant content, the replacement cycle can be appropriately shortened to 4–6 months to maintain the system’s optimal filtration efficiency, stable flux and high-quality water output. Regular and timely replacement of filter elements is critical to prevent contaminant accumulation, membrane clogging, abnormal pressure drop rise and a decline in treated water quality, and it also helps to avoid irreversible damage to the system caused by excessive fouling.

Features

Ultra-High Flux Capacity: 60 GPM nominal flux meets the large-volume water processing demands of medium and large-scale commercial and industrial facilities, realizing efficient and continuous water treatment.
Premium SPP Filter Media: Spun polypropylene media with three-dimensional interwoven structure, high porosity, large dirt-holding capacity and excellent chemical resistance, ensuring long-term stable filtration performance.
Low Pressure Drop Design: 2.5–3.5 psi pressure loss under nominal flux minimizes pumping energy consumption, lowers operational costs and extends component service life.
High Precision Filtration & Salt Rejection: 0.15-micron filtration precision and 96–98% selective salt rejection rate ensure high-quality treated water output that meets strict industry standards.
Robust Modular Construction: Corrosion-resistant and durable structural design with quick-release filter chambers, easy to assemble, disassemble, maintain and replace consumables, no professional technical skills required for routine operation.
Stable Continuous Operation: Built-in pressure monitoring and flow stabilization components maintain consistent flux and filtration efficiency despite minor fluctuations in feed water parameters (temperature, turbidity, pressure).
Cost-Effective Operation: Extended filter element replacement cycle, low energy consumption and minimal maintenance requirements reduce the total cost of ownership (TCO) for users.
Wide Water Adaptability: Suitable for various feed water types including tap water, surface water, groundwater and low-to-medium concentration industrial wastewater.
Flexible Integration: Can be seamlessly integrated with RO, UF, UV disinfection and chlorination systems to form a complete, customized multi-stage water purification line.

Application Fields

Large-Scale Industrial Manufacturing: Serves as core pre-treatment equipment for cooling water systems, boiler feed water and high-flow rinsing water in steel, chemical, electronics, metal processing and automotive manufacturing industries, preventing equipment scaling and pipeline clogging, and reducing maintenance costs.
Food and Beverage Industry: Purifies large-volume raw water for beverage production, dairy processing, brewing, food processing and beverage filling, ensuring compliance with food safety and hygiene standards and improving product quality and taste.
Commercial Central Water Supply: Applied in large shopping malls, high-end hotels, office buildings, hospital complexes and residential communities to purify tap water for drinking, catering, medical use and daily life, enhancing water safety and clarity.
Industrial Wastewater Treatment & Reclamation: Treats large-flow low-to-medium concentration industrial wastewater from printing, dyeing, textile, papermaking and food processing industries, reducing pollutant discharge and enabling water reuse, realizing environmental protection and resource saving.
Power Generation Industry: Used for the pre-treatment of circulating cooling water and boiler feed water in thermal power plants, hydropower stations and gas power plants, ensuring the safe, efficient and stable operation of power generation equipment.
Logistics and Aquaculture: Applied in large-scale logistics parks, water treatment stations and aquaculture bases for water purification and circulation treatment, meeting the large-flow water demand of industrial production and aquaculture breeding.

Conclusion

The RCP010-60SPP water treatment system is a high-capacity, reliable and cost-effective core solution for large-scale commercial and industrial water purification, pre-treatment and reclamation needs, distinguished by its 60 GPM ultra-high flux, premium spun polypropylene filter media and excellent all-round performance. Its 0.15-micron high filtration precision, 96–98% selective salt rejection rate and 12,000 Daltons MWCO enable it to adapt to a wide range of high-flow water treatment application scenarios, from industrial large-flow pre-treatment and commercial central water supply to industrial wastewater treatment and resource reuse. The system’s low pressure drop design significantly reduces energy consumption and operational costs, the robust modular structure enhances operational flexibility and maintainability, and the extended filter element replacement cycle optimizes the total cost of ownership for users. With stable long-term continuous operation performance, wide water adaptability and flexible integration capabilities, the RCP010-60SPP can be tailored to meet the personalized water quality and flow requirements of different industries, and it is a valuable high-capacity water treatment asset for users seeking efficient, consistent and high-quality large-volume water processing. It not only ensures the stability of water quality and output, but also realizes the dual goals of operational cost reduction and environmental protection, making it a first-choice product for large-scale water treatment projects.

RCP010-60SPP Integrated Water Treatment Unit – 60GPM High-Capacity SPP Filtration for Water Quality Upgrade