Complete Pure Water Preparation Solution for Bottled Drinking Water Production Lines
发布时间：2026-07-18 分类：Food and Beverage 浏览量：27
1. Applicable Scenarios
This solution suits large, medium and small-scale mass production of bottled and barreled drinking water. It addresses production challenges including excessive impurities and bacteria in raw water, as well as seasonal fluctuations in water quality.
2. Core Equipment Configuration & Process Flow
Core Configuration: Pre-filtration equipment, high-pressure delivery system, single/two-stage reverse osmosis (RO) equipment, pure water storage and transmission system, intelligent monitoring & control system, wastewater recovery module
Complete Process Flow: Raw water→Multi-media pre-filtration→Activated carbon odor adsorption→Water softening pretreatment→Precision security filtration→High-pressure pump delivery→Two-stage reverse osmosis for deep desalination→Stabilized pure water storage→Sterile variable-frequency delivery to production lines
Core Process Logic: The pretreatment module intercepts suspended solids, sediment, residual chlorine and other macromolecular impurities to protect the rear membrane components. Leveraging the high-pressure screening principle of reverse osmosis equipment, it thoroughly removes dissolved salts, heavy metals and trace pollutants to guarantee pure water quality. Equipped with a closed-loop storage and delivery system, secondary contamination of pure water is avoided via fully enclosed operation to ensure the cleanliness of drinking water.
3. Solution Advantages & Operation and Maintenance Support
The two-stage reverse osmosis process delivers stable water quality and adapts to fluctuating production capacity. The matched intelligent variable-frequency system cuts energy consumption with automatic low-maintenance operation, and equipment specifications offer wide compatibility. Modular design enables convenient installation and commissioning. Full-cycle membrane maintenance, consumable replacement and ledger management sustain stable effluent quality over the long term.
