Energy-Saving and Environmentally Friendly Barreled Water + Bottle Water Dual-Line Equipment

 

Bottled water production line equipment details
Product overview
This bottled water production line equipment is designed for efficient and automated production, and is suitable for the filling of various liquids such as pure water, mineral water, and gas-containing beverages. The equipment covers the whole process of water treatment, blowing, filling, capping, packaging, etc., supporting the output range of 2000-36,000 bottles/hour (500ml) to meet the production needs of small and medium-sized enterprises.

Core technology and configuration
1 Automatic three-in-one filling system

Flushing - filling - capping integration: The equipment integrates flushing, filling and capping functions, adopts the bottleneck transmission technology to avoid secondary pollution of the bottle mouth, and the bottle change type only needs to replace the guide plate or the dial wheel, without adjusting the equipment height.

High precision filling valve: micro-pressure filling technology ensures accurate liquid level and low liquid loss rate; The filling speed can reach more than 6000 bottles/hour, supporting the non-freezing mixing process of gas-containing beverages .

Magnetic constant torque cap: The cap head adopts magnetic adjustment to avoid damage to the cap and ensure tightness .

2 Intelligent control system

PLC+ touch screen operation: Equipped with Japan Mitsubishi/Omron PLC and Wiren touch screen, real-time monitoring equipment status, support man-machine dialogue, fault self-test and intelligent solution push .

Automatic protection: missing cover detection, card stop, overload protection and other functions to ensure equipment and operation safety.

3 Modular water treatment system

RO reverse osmosis/ultrafiltration technology: According to the water quality configuration of quartz sand filtration, activated carbon adsorption, sodium ion exchange and other modules, to meet the production standard of pure water or mineral water .

Ozone/ultraviolet sterilization: to ensure the safety of water quality, in line with national health standards.
Equipment composition
Water treatment system: Through multi-channel filtration, reverse osmosis and other advanced processes, remove impurities, microorganisms, heavy metals and other harmful substances in the water, ensure that the production water meets the national drinking water standards, and provide source protection for high-quality bottled water.
Blow molding machine: The use of advanced blow molding technology, plastic particles can be quickly converted into high-quality bottles, and through accurate mold design, the production of beautiful appearance, accurate size of the bottle.
Filling machine: gravity filling or equal pressure filling technology, filling speed, high precision, and with automatic bottle, bottle function, to achieve the full automation of the filling process.
Capping machine: equipped with high-precision capping device, it can quickly and accurately screw the bottle cap to the mouth of the bottle to ensure that the bottle cap is tightly sealed to prevent water leakage and air leakage.
Labeling machine: can realize the whole week labeling, positioning labeling and other labeling methods, labeling speed, high precision, label firmly, smooth, improve the appearance of the product image.
Packaging machine: The use of advanced packaging technology, can achieve automatic packaging, sealing, packaging and other functions, improve packaging efficiency, reduce labor costs.

Energy-Saving Water Production Technology

Energy efficiency is an important consideration for modern drinking-water plants. Efficient pumps, optimized filling systems, automatic controls, and properly selected treatment equipment can reduce unnecessary electricity and water consumption.

Automatic operation allows the system to adjust equipment operation according to production requirements. Pumps, conveyors, filling valves, washing systems, and auxiliary equipment can operate according to programmed production sequences.

Water used during certain washing and rinsing processes can also be managed carefully to reduce waste where the process design permits.

Energy-efficient components can help lower operating costs while supporting stable production.

Environmentally Friendly Drinking Water Production

Environmentally friendly production involves more than reducing electricity consumption. Water recovery, reusable containers, efficient packaging, reduced material waste, and optimized cleaning cycles can all contribute to a more sustainable production process.

The barreled water line uses reusable containers, which can reduce dependence on single-use packaging when the containers are properly inspected, cleaned, sanitized, and reused.

For bottled water production, lightweight PET bottles and optimized packaging configurations can help reduce packaging material consumption.

The complete production system can also be designed to minimize unnecessary water loss during bottle and barrel washing.

Advanced Water Treatment System

Before filling, source water must undergo appropriate purification according to its quality and the required finished-water specifications.

A complete drinking-water treatment process may include raw-water pumping, multimedia filtration, activated carbon filtration, water softening, cartridge filtration, ultrafiltration, reverse osmosis, UV sterilization, ozone treatment, or other purification technologies.

The exact treatment process depends on the source water. Municipal water, groundwater, surface water, and other sources may require different pretreatment and purification configurations.

For purified bottled water, an RO Reverse Osmosis System can be integrated to reduce dissolved salts, minerals, and other unwanted substances before final disinfection and filling.

Barreled Water Filling Line

The barreled water production line is designed for reusable large-format containers. Depending on the configuration, the process can begin with empty-barrel inspection and sorting.

Suitable barrels are then washed internally and externally using automated cleaning systems. Multiple washing and rinsing stages can help remove residual contaminants before filling.

After sanitization and final rinsing, the clean barrels enter the filling section. Precision filling valves control the water volume before automatic capping and sealing.

Additional equipment such as labeling machines, coding systems, shrink wrapping machines, and conveyors can be integrated into the line.

Bottled Water Filling Line

The bottled water line is designed for high-volume production of smaller drinking-water containers.

The production process can include empty-bottle feeding, bottle rinsing, filling, capping, labeling, date coding, inspection, shrink wrapping, and final packaging.

A monoblock or integrated rinsing-filling-capping machine can reduce transfer points and simplify the production layout.

Automatic filling valves provide controlled water dosing, while capping equipment applies closures consistently to help maintain package integrity.

The finished bottles can then move through labeling and packaging equipment before being transferred to storage or distribution.

Automatic Filling and Control

Modern water filling systems can use PLC controls, touch-screen interfaces, sensors, automatic valves, variable-speed drives, and monitoring systems.

These controls can coordinate bottle washing, barrel washing, filling, capping, conveyor movement, and packaging operations.

Automatic controls reduce manual intervention and help maintain consistent production speeds. Operators can monitor important parameters through the control interface and adjust production settings according to container size and production requirements.

Safety sensors and emergency-stop functions can also help improve operational safety.

Flexible Production Capacity

The dual-line equipment can be configured for different production capacities. Small systems may be suitable for regional drinking-water businesses, offices, institutions, and small-scale water plants.

Medium and high-capacity systems can support commercial bottled-water and barreled-water production.

Production capacity depends on filling speed, container size, water treatment capacity, washing requirements, packaging configuration, and other equipment specifications.

The complete line can be arranged according to available factory space and desired production workflow.

Applications

Energy-Saving and Environmentally Friendly Barreled Water + Bottle Water Dual-Line Equipment can be used for:

Barreled Drinking Water Production
Bottled Drinking Water Production
Purified Water Plants
Mineral Water Production
Commercial Drinking Water
Office Water Supply
School Drinking Water
Factory Drinking Water
Hotel and Restaurant Water
Supermarket Bottled Water
Retail Drinking Water
Institutional Water Production
Regional Water Bottling Facilities

The system can support both reusable large-container water and small packaged drinking water within one production facility.

Easy Maintenance and Hygienic Design

Hygiene is critical for drinking-water production. Water-contact components should be made from suitable sanitary materials and designed for easy cleaning.

Regular inspection of filling valves, pumps, filters, pipes, washing systems, caps, conveyors, and sensors helps maintain reliable production.

Water treatment filters and membranes should be serviced according to feed-water quality and operating conditions. UV lamps and ozone systems should also be inspected according to their operating requirements.

Proper maintenance helps protect finished-water quality and reduces unexpected production downtime.

Why Choose Us?

A dual-line drinking-water production system provides greater production flexibility than a single-format filling line. It allows businesses to serve both barreled-water and bottled-water markets while sharing major water treatment infrastructure.

Key advantages include:

Energy-efficient production technology
Environmentally friendly water production
Dual-line barreled and bottled water capability
Automatic washing, filling, and capping
Integrated RO and water purification options
Reduced manual operation
Flexible production capacity
Efficient water and energy management
Hygienic water-contact components
Complete packaging and conveyor integration

The production line can be configured according to source-water quality, container sizes, production capacity, factory layout, packaging requirements, and local operating conditions.

FAQs

1. What is dual-line water filling equipment?
Dual-line water filling equipment is a production system designed to produce both barreled drinking water and bottled drinking water using two complementary filling lines.

2. Can one water treatment system supply both lines?
Yes. A centralized water purification system can provide treated water to both the barreled-water and bottled-water filling lines.

3. Is the equipment energy efficient?
The system can use energy-efficient pumps, automatic controls, optimized filling equipment, and efficient production sequences to help reduce unnecessary energy consumption.

4. Is barreled water produced using reusable containers?
Yes. The barreled-water line can clean, sanitize, rinse, fill, and cap reusable large-format water containers.

5. Can the system produce bottled purified water?
Yes. A complete bottled-water line can be integrated with RO, UV, ozone, and other purification technologies according to source-water conditions.

6. What containers can the bottled-water line handle?
Depending on the machine configuration, the line can handle different PET bottle sizes and other compatible drinking-water containers.

7. Does the system include bottle and barrel washing?
The line can be equipped with automatic barrel washing and bottle rinsing systems to prepare containers before filling.

8. Can the filling line operate automatically?
Yes. PLC controls, sensors, automatic valves, filling systems, capping machines, and conveyors can be integrated for automatic production.

9. Can the production capacity be adjusted?
Yes. Filling speed, container size, treatment capacity, washing configuration, and packaging equipment can be selected according to required output.

10. Can additional packaging equipment be added?
Yes. Labeling machines, coding machines, shrink wrappers, carton packers, conveyors, and other packaging equipment can be integrated into the production line.