Containerized RO Water Treatment System with Zeolite Filtration

Containerized RO Water Treatment System Product Introduction

Containerized RO Water Treatment System with Zeolite Filtration is a high efficiency modular water purification solution designed for industrial water treatment, potable water production, groundwater purification, municipal water supply, desalination pretreatment, emergency water supply projects, and remote water treatment applications. Integrating zeolite filtration technology with advanced reverse osmosis purification, the system delivers reliable water quality, compact installation, and stable long term operation.

The system adopts a containerized engineering design that combines pretreatment, membrane purification, electrical control, instrumentation, and piping into a complete transportable treatment unit. Zeolite filtration effectively reduces suspended solids, ammonia, turbidity, heavy metals, and selected dissolved contaminants before RO treatment, significantly improving membrane protection and purification efficiency.

Widely applied in industrial water plants, mining projects, municipal utilities, agricultural irrigation, hotel water supply, island water treatment, construction camps, offshore facilities, disaster relief, and turnkey containerized water treatment projects.

Water Treatment Challenges

Many industrial and municipal water projects face challenges such as:

• Unstable raw water quality

• High turbidity and suspended solids

• Excess ammonia or metal contaminants

• Membrane fouling and scaling

• Remote installation limitations

• Limited construction space

• High infrastructure investment

• Requirement for rapid deployment

Traditional water treatment facilities often require civil construction, large footprints, and long installation cycles.

Our Solution

Our Containerized RO Water Treatment System with Zeolite Filtration integrates pretreatment, zeolite media adsorption, reverse osmosis purification, intelligent automation, and modular engineering into one complete water treatment platform.

Key benefits include:

• Containerized plug and play design

• Integrated zeolite pretreatment technology

• High purity water production

• Reduced membrane fouling risk

• Lower operating and maintenance cost

• Fast installation and deployment

• Flexible mobility and relocation

• Intelligent PLC control capability

This solution helps users reduce engineering complexity, improve purification reliability, and shorten project implementation time.

System Configuration

Typical configuration may include:

• Raw water tank

• Feed transfer pump

• Zeolite filtration vessel

• Multi media sand filter

• Activated carbon filtration system

• Water softening unit optional

• Precision cartridge filter

• High pressure RO pump

• RO membrane purification skid

• Chemical dosing system

• Antiscalant dosing system

• Automatic flushing system

• CIP cleaning module

• PLC electrical control cabinet

• Touch screen HMI interface

• Flow, pressure, conductivity, TDS, pH, and temperature monitoring

• UV sterilization optional

• Ozone disinfection optional

• Pure water storage tank

• Standard container enclosure

The modular containerized structure reduces onsite construction requirements and supports easier transportation, installation, maintenance, and system expansion.

Working Principle

Raw water first enters the pretreatment section where zeolite filtration, sand filtration, and activated carbon treatment reduce turbidity, ammonia compounds, suspended solids, chlorine, and organic contaminants.

Pretreated water then passes through precision filtration to protect downstream membrane components.

High pressure pumps deliver water into the RO membrane section, where dissolved salts, TDS, bacteria, heavy metals, ionic contaminants, and dissolved impurities are separated.

The purified water is collected for potable use, industrial production, irrigation, or utility applications.

Automatic flushing, dosing, and monitoring systems maintain stable operational performance and membrane protection.

Why Choose This Containerized RO System

Choosing the right water treatment technology directly impacts project cost, deployment speed, operational reliability, and final water quality.

Our system offers:

• Compact containerized engineering design

• Advanced zeolite pretreatment protection

• High efficiency RO purification

• Reduced membrane scaling and fouling

• Stable water quality performance

• Fast commissioning capability

• Lower infrastructure requirements

• Reliable long term operation

Compared with conventional water treatment plants, containerized RO systems provide faster deployment, easier relocation, and lower installation complexity.

Product Advantages

Containerized Engineering Design

• Integrated container solution minimizes installation time and civil construction costs.

Advanced Zeolite Filtration Technology

• Zeolite media helps remove ammonia, turbidity, suspended solids, and selected contaminants to improve RO protection.

High Purity Water Production

• RO membrane technology provides efficient dissolved salt reduction and stable purified water output.

Industrial Grade Construction

• Designed for continuous industrial operation and harsh environmental conditions.

Flexible Project Customization

• Capacity, container size, membrane brand, automation level, voltage, and materials can be customized.

Technical Specifications

Item	Specification
Product Name	Containerized RO Water Treatment System with Zeolite Filtration
System Type	Containerized Reverse Osmosis Water Treatment System
Technology	Zeolite Filtration + Reverse Osmosis
Processing Capacity	500 LPH – 100000 LPH Optional
Recommended Capacity	1000 LPH – 30000 LPH
RO Membrane Type	Industrial RO Membrane
RO Membrane Material	Polyamide Thin Film Composite
Salt Rejection Rate	≥97–99.7%
TDS Removal Rate	≥95–99%
Recovery Rate	45–80% Adjustable
Zeolite Filter Media	Natural / Synthetic Zeolite Optional
Zeolite Filtration Precision	Custom Configurable
Operating Pressure	0.8–2.5 MPa
Feed Water TDS	≤10000 ppm Optional
Feed Water Temperature	5°C–45°C
Feed Water pH	3–11
Turbidity Requirement	<5 NTU
Residual Chlorine	<0.1 ppm
Pretreatment	Zeolite + Sand + Carbon + Cartridge
High Pressure Pump	SS304 / SS316 Multistage Pump
Pipe Material	UPVC / SS304 / SS316 Optional
Frame Material	Stainless Steel / Carbon Steel
Container Type	10FT / 20FT / 40FT Container Optional
Cleaning Method	Automatic Flush + CIP Cleaning
Control System	PLC + HMI Touch Screen
Monitoring Parameters	Pressure / Flow / TDS / Conductivity / pH / Temperature
Voltage	220V / 380V / 415V / Customized
Frequency	50Hz / 60Hz
Automation Level	Semi Automatic / Fully Automatic
Protection Grade	IP54 / IP65 Optional
Installation Mode	Containerized Modular Design
Design Service Life	10–20 Years

Water Quality Performance

Parameter	Feed Water	Treated Water
TDS	Variable	≥95–99% Reduction
Turbidity	High	<1 NTU
Conductivity	Variable	Low Conductivity
Ammonia	Present	Significant Reduction
Suspended Solids	High	≥99% Removal
Bacteria	Present	≥99.99% Removal

Industry Applications

• Industrial process water treatment

• Potable drinking water projects

• Groundwater purification systems

• Municipal water supply

• Mining industry water treatment

• Agriculture irrigation water systems

• Food and beverage water treatment

• Construction camp water supply

• Hotel and resort water treatment

• Island and offshore water purification

• Emergency relief water supply

• Mobile containerized water treatment projects

Application Scenarios

Suitable for:

• Remote industrial facilities

• Mining camps

• Containerized turnkey water projects

• Temporary construction sites

• Island desalination facilities

• Agricultural water treatment

• Municipal emergency water supply

• Rural drinking water projects

• Industrial utility water systems

• Mobile purification projects

Engineering Advantages

• Compact containerized footprint

• Reduced civil construction costs

• Faster deployment and commissioning

• Improved membrane protection

• Flexible transportation capability

• Intelligent automation control

• Stable continuous operation

• Easy maintenance access

• Long service life performance

Optional Configurations

• Dual stage RO system

• UV sterilization module

• Ozone disinfection package

• Water softening pretreatment

• EDI ultrapure water module

• Remote monitoring platform

• VFD frequency control

• Energy recovery module

• Food grade sanitary configuration

• Customized container layout

FAQ

1. Why use zeolite filtration before RO treatment?

Zeolite media improves pretreatment performance by reducing ammonia, suspended solids, and selected contaminants, helping protect RO membranes.

2. Can the system be transported easily?

Yes. The integrated containerized structure supports convenient transportation and rapid onsite installation.

3. What water sources can be treated?

Groundwater, municipal water, well water, surface water, industrial feed water, and selected high contamination water sources.

4. Is this system suitable for remote projects?

Yes. Containerized systems are widely used in mining, island, camp, and off grid water supply applications.

5. Can the system be customized?

Yes. Capacity, container size, voltage, membrane configuration, and automation level can be customized.

6. Which industries commonly use this system?

Industrial manufacturing, municipal water, agriculture, mining, hospitality, food processing, and emergency water supply sectors.

 

Contact us to get your quotation now.

Get in touch with our engineering team.