Name: Industrial RO Drinking Water Treatment Plant – Reverse Osmosis Equipment for Beverage & Bottled Water
Brand: HZM Machinery

Brief Introduction

The Industrial RO Drinking Water Treatment Plant is a high-performance reverse osmosis (RO) system designed for beverage factories, bottled water plants, and food-grade water production lines.

It effectively removes dissolved salts, heavy metals, bacteria, organic matter, and other impurities, delivering stable, hygienic, and great-tasting drinking water that meets international standards for beverage and bottled water processing.

With modular design, energy-efficient operation, and reliable long-term performance, this RO water treatment system is ideal for continuous industrial production and easy integration with filling, bottling, and packaging lines.

drinking water

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Product Features

Core parameters

Attribute	Description
Video Outgoing-Inspection	Provided
Productivity	10000L/Hour
Machinery Test Report	Provided
Warranty	2 Years
Core Components	Gearbox, Pressure Vessel, Pump, Gear, Bearing, Engine, Motor, PLC
Weight (kg)	10000 kg
Place of Origin	Jiangsu, China
Brand Name	HZM
Product Name	10T/H RO Water Treatment System For Water & Beverage Production Line
Capacity	10T/H
Application	Pure Water and Beverage Production Line
Type	Pure Water Treatment System
Material	SUS304 / SUS316
Marketing Type	New Product 2023
Keywords	RO Water Treatment
Feature	Eco-Friendly, Easy Operation

Introduction to the working process of water treatment equipment

Water treatment equipment work flow chart

The water treatment process is basically divided into three parts: pretreatment system, deep treatment system and terminal treatment system. Generally, pretreatment includes multi-media filters, activated carbon filter, softener, iron and manganese removal filter, ultra-filtration, micro-filtration.,etc. Deep treatment includes membrane treatment and ion exchange. Terminal treatment covers ozone, UV, etc.

This machine is suitable for food and beverage production water, beer and injection water for pharmaceutical industry and seawater desalination system, etc.

Key Features & Benefits

High Filtration Accuracy: Removes 99% of dissolved solids, bacteria, and viruses.
Stainless Steel Construction: Made with SUS304/316 for hygiene and durability.
Energy Efficient: Optimized for low power consumption with intelligent pressure systems.
Modular Design: Easy maintenance, quick membrane replacement, and customizable capacity.
PLC Control System: Automated operation with user-friendly interface.
Wide Water Source Compatibility: Supports tap water, well water, or brackish water.

Why Choose Our RO Water Treatment Equipment?

We are a trusted manufacturer with extensive experience in supplying water purification systems for industrial beverage production. Our equipment meets international standards (CE, ISO) and supports full lifecycle service including custom design, on-site installation, and after-sales support.

Frequently Asked Questions

What information is required to design this water treatment system?

Please provide a recent raw-water analysis, required treated-water standard, hourly demand, operating hours, available utilities and installation space. HZM uses these data to select pretreatment, membrane or polishing stages.

Why is a raw-water analysis required before equipment selection?

Source-water hardness, salinity, turbidity, iron, manganese, microbiology and other parameters determine the process route. Selecting equipment without these data can lead to unstable water quality, low recovery or unnecessary operating cost.

Can the system be expanded or adapted if the water source changes?

Expansion or process changes may be possible, but the new feed-water analysis and demand must be reviewed. Tanks, pumps, membranes, pretreatment capacity, controls and available space determine what can be reused.

Can this equipment be integrated into a complete production line?

Yes. HZM can coordinate upstream processing or bottle making with filling, labeling, coding, packaging, conveying and palletizing. Layout, utilities, controls, factory testing, installation, commissioning and training are defined by the agreed project scope.