Commercial High Flow RO Membrane Elements
JOZZONβs JRW-2812, JRW-3012, and JRW-3013 commercial high flow RO membrane elements deliver exceptional water production for demanding commercial applications. Engineered with rugged fiberglass wound shells, these high-output commercial elements offer superior pressure resistance, robust structural integrity, and long-term operating reliability in space-constrained environments.
Product Overview
JOZZON’s JRW-2812, JRW-3012, and JRW-3013 high-flow commercial membrane elements are engineered to meet the growing demand for higher water production in commercial environments where space is limited but output requirements are high. From beverage vending machines and restaurant water systems to office central RO units and light industrial applications, these elements can be flexibly configured to build systems with various requirements, such as maximum water recovery, energy savings, or compact footprint.
All models feature a rugged fiberglass wound shell, offering better pressure resistance than traditional glued or taped alternatives. This robust construction prevents membrane telescoping under fluctuating operating conditions, delivers a longer service life with fewer failure risks, and supports stable high-flow performance even in multi-element configurations. The JRW-2812 offers a compact solution for tight spaces, while the JRW-3012 and JRW-3013 provide higher output for more demanding installations.
Whether you are designing a high-output vending machine, a commercial kitchen water system, or a point-of-use unit for an office building, JOZZON’s JRW series high-flow commercial elements provide the perfect balance of compact footprint, durability, and output efficiency.
Features & Benefit
1. High-Output Permeate Delivery β Continuous Commercial Supply
Engineered for rapid water production, each commercial high flow RO membrane element significantly increases permeate flow rates per minute. This high-flux performance easily satisfies peak demand in busy commercial kitchens, coffee stations, and bottling lines without water shortages.
02. Compact Design for Space-Constrained Systems
Commercial water treatment equipment often needs to deliver sufficient output without occupying excessive installation space. The JRW series provides high-flow membrane options for compact equipment layouts and space-constrained applications. The JRW-2812 is designed for installations where a compact membrane element is preferred, while the JRW-3012 and JRW-3013 offer higher-output options for more demanding system configurations.
03. Fiberglass-Wound Shell for Structural Reliability
The JRW series uses a rugged fiberglass-wound shell to provide mechanical strength and pressure resistance during operation. Compared with conventional glued or taped shell constructions, the fiberglass-wound design is intended to improve structural stability and help reduce the risk of membrane telescoping under fluctuating operating conditions.
04. Stable Salt Rejection for Commercial Water Treatment
The JRW commercial high flow RO membrane elements are specified with a salt rejection range of 96%β97%, subject to the applicable model specifications and test conditions. The membrane separation process helps reduce dissolved salts and other dissolved contaminants from the feed water, supporting the production of treated water for suitable commercial applications.
05. Flexible Configuration for Different System Requirements
The JRW-2812, JRW-3012, and JRW-3013 provide different model options for commercial RO equipment with varying production requirements. This flexibility makes the JRW series suitable for compact point-of-use equipment as well as larger commercial systems using multiple membrane elements.
06. Designed for Commercial and Light Industrial Applications
The JRW series is developed for commercial environments where dependable water production, compact integration, and operational stability are important. The membrane elements can be considered for applications such as beverage vending machines, restaurant water systems, office central RO units, commercial point-of-use systems, compact drinking-water equipment, and light industrial water treatment systems.
Available Models
|
Membrane Element Model |
Effective Membrane Area ft2 (m2) |
Water Production Flow Rate GPD (mΒ³/d) |
Stable Desalination Rate (%) |
Minimum Desalination Rate (%) |
|---|---|---|---|---|
|
JRW-2812-200 |
97.0 |
200(0.8) |
100(0.7) |
250, NaCl |
|
JRW-3012-300 |
97.0 |
300(1.2) |
100(0.7) |
250, NaCl |
|
JRW-3012-400 |
97.0 |
400 (1. 6 ) |
100(0.7) |
250, NaCl |
|
JRW-3013-400 |
97.0 |
400(1.6) |
100(0.7) |
250, NaCl |
|
JRW-3013-600 |
96.0 |
600(2.3) |
100(0.7) |
250, NaCl |
Note: Component models not mentioned (membrane performance, appearance dimensions) can be customized according to order quantity.
Extreme Usage Conditions
| Maximum Operating Pressure | 300psi (2.07 MPa) |
| Maximum Inlet Water Temperature | 45β |
| Maximum Influent SDI15 | 5 |
| Influent Free Chlorine Concentration | < 0.1 ppm |
| Influent ph Range During Continuous Operation | 2ο½12 |
|
ph Range of Influent During Chemical Cleaning (Short-term 30-minute Period) |
1ο½13 |
| Maximum Pressure Drop of A Single Membrane Element | 10psi (0.07Mpa) |
Test Conditions
| Test Solution Temperature | 25β |
| ph Value of the Test Solution | 7.5 |
Membrane Element Size
The units in the diagram are millimeters (inches).
B1=70.0mm (2.8″), D=21.0mm (0.83″)
B2=72.0mm (3.0″), D=21.0mm (0.83″)
B=68.0mm (2.7″), D=19.0mm (0.75″)
