Direct drinking water solution

Starting from the customer's demand for high-quality drinking water quality, we adopt advanced multi-level filtration processes, filtration materials, and disinfection technology, combined with real-time water quality monitoring, intelligent automatic operation, and regular automatic sterilization and disinfection technology, to ensure that there are no secondary disinfection residues, and to provide users with safe and high-quality drinking water.

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Overview of the plan Customer Challenges Core advantages

Overview of the plan

Starting from the customer's demand for high-quality drinking water quality, we adopt advanced multi-level filtration processes, filtration materials, and disinfection technology, combined with real-time water quality monitoring, intelligent automatic operation, and regular automatic sterilization and disinfection technology, to ensure that there are no secondary disinfection residues, and to provide users with safe and high-quality drinking water.

Customer Challenges

1

Unstable water quality and high microbiological risk of direct drinking water in pipelines

Direct drinking water in pipelines is affected by water sources and transmission pipelines, and the water quality is prone to fluctuations. Bacteria can easily grow in the pipelines, posing water quality and biological risks

2

High maintenance costs and difficult operation and management

The pipeline direct drinking water system is complex and difficult to operate and maintain, requiring more professional personnel to maintain, and the quality of operation and maintenance directly affects water quality safety

3

Poor standardization, automation, and visualization of design

The standardization of product design is inconsistent, the level of intelligent operation is low, the level of informatization and digitization is low, and users have insufficient confidence in water quality.

Core advantages

Process technology evolved first

Designed as a system for water production, transportation, and distribution, it adopts thirteen fold filtration, adsorption, and softening, combined with high-quality reverse osmosis membrane filtration, to produce high-quality direct drinking water. At the same time, it is supplemented with regular return water circulation and ozone disinfection. Regular sterilization is carried out for the transmission pipeline to ensure stable water quality and eliminate secondary biological risks in the transmission pipeline, providing users with safe and high-quality drinking water.

Intelligent control, intelligent operation

The pipeline direct drinking water system adopts advanced control technology and algorithms, and achieves automatic operation and maintenance through intelligent sensors, without the need for manual attendance and maintenance. It not only simplifies operation and maintenance, but also saves operation and maintenance costs.

System standardized design, intelligent monitoring, and water quality visualization

The pipeline direct drinking water system adopts standardized and modular design for water production, transmission and distribution. Systematic design, easy to assemble, disassemble, and replace; Key water quality monitoring throughout the system, remote transmission, and accessible APP data enable users to drink safely and with peace of mind.

Baidu
sogou