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China Direct Drinking Water Treatment System - Reliable Suppliers & Factory Solutions for Clean Water

Introducing advanced direct drinking water treatment equipment designed by leading China suppliers and factory. This innovative system effectively removes harmful substances and impurities from water, including heavy metal ions, viruses, organic compounds, and other contaminants, ensuring the production of safe, potable water, Our comprehensive equipment features a pre-treatment system that includes a raw water pump, dosing device, quartz sand filter, activated carbon filter, and precision filter. The primary role of the pre-treatment system is to lower the pollution index of raw water, eliminate residual chlorine, and remove other impurities, thereby meeting the influent requirements for reverse osmosis, At the heart of our system is the reverse osmosis unit, which consists of multi-stage high-pressure pumps, reverse osmosis membrane elements, membrane shells (pressure vessels), and supporting brackets. This unit's main objective is to effectively eliminate impurities from the water to ensure it adheres to stringent usage standards, To further enhance water quality, the post-treatment system features disinfection and sterilization devices, water supply systems, and drinking water dispensers. These components provide secure sterilization and maintain constant pressure during the transportation of treated water to various drinking points, With a focus on quality and innovation, our direct drinking water treatment equipment sets the standard for reliable purification solutions from trusted China suppliers and factory

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    Equipment Description

    Direct drinking water treatment equipment is specifically engineered to remove harmful substances and impurities from water, including heavy metal ions, viruses, organic compounds, and other contaminants, to produce potable water. The equipment generally includes a pre-treatment system, reverse osmosis unit, post-treatment system, cleaning system, and electrical control system. The pre-treatment system features components such as a raw water pump, dosing device, quartz sand filter, activated carbon filter, and precision filter. Its role is to reduce the pollution index of the raw water and remove residual chlorine and other impurities, ensuring compliance with the influent requirements for reverse osmosis. The reverse osmosis unit primarily consists of multi-stage high-pressure pumps, reverse osmosis membrane elements, membrane shells (pressure vessels), and supporting brackets. Its main function is to remove impurities from the water and ensure it meets usage standards. The post-treatment system includes disinfection and sterilization devices, water supply systems, and drinking water dispensers, which are utilized to perform secure sterilization and maintain constant pressure during the transportation of treated water to various drinking points.
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    Drinking water treatment system

    Equipment Features

    High degree of automation, stable water supply conditions, long service life, fully automatic operation without manual intervention.

    Comprehensive purification of drinking water equipment ensures effluent quality.

    High efficiency, low energy consumption, economical operating costs.

    Compact and rational equipment structure, easy operation and maintenance, small footprint, cost-effective investment.

    Compact and rational equipment structure, easy operation and maintenance, small footprint, cost-effective investment.

    Conditions of Use

    1

    Working pressure: 0.2-0.6 MPa; optimal value is 0.3 MPa.

    2

    Raw water hardness: ≤6 mmol/L (if raw water hardness >6 mmol/L, lime softening should be applied first).

    3

    Raw water temperature: 5°C-50°C.

    4

    Power source: AC 220V, 50 Hz; power consumption: 10-40 W.

    5

    Water hardness after treatment: ≤0.03 mmol/L.

    Scope of Application

    1

    Production of drinking pure water, distilled water, mineral water, beverages, brewing water, and mixed pure water.

    2

    Conversion of seawater and brackish water into domestic water and drinking water.

    3

    Quality water supply network systems for hotels, buildings, schools, government agencies, communities, airports, and real estate developments.

    Frequently Asked Questions

    What contaminants does this direct drinking water treatment equipment remove?

    The equipment is specifically engineered to remove harmful substances and impurities from water, including heavy metal ions, viruses, organic compounds, and other contaminants, to produce clean and safe potable water.

    What does the pre-treatment system of the equipment consist of?

    The pre-treatment system features components such as a raw water pump, dosing device, quartz sand filter, activated carbon filter, and precision filter. Its role is to reduce the pollution index of the raw water and remove residual chlorine and other impurities, ensuring compliance with the influent requirements for reverse osmosis.

    What are the key features of the direct drinking water treatment equipment?

    The system offers a high degree of automation with stable water supply conditions, a long service life, fully automatic operation without manual intervention, comprehensive purification, high efficiency, low energy consumption, and a compact structure with a small footprint.

    What is the optimal working pressure and raw water temperature for this equipment?

    The working pressure ranges from 0.2 to 0.6 MPa, with the optimal value being 0.3 MPa. The acceptable raw water temperature ranges from 5°C to 50°C.

    What is the water hardness quality after treatment?

    After treatment, the water hardness is reduced to ≤0.03 mmol/L. Note that if the raw water hardness exceeds 6 mmol/L, lime softening should be applied first.

    Where can this direct drinking water system be applied?

    It is widely used for producing pure drinking water, mineral water, beverages, and brewing water. It is also utilized for seawater/brackish water conversion, and in water supply network systems for hotels, buildings, schools, government agencies, communities, airports, and real estate developments.

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