0.25 toneladas de equipos de tratamiento por ósmosis inversa de una sola etapa

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0.25 toneladas de equipos de tratamiento por ósmosis inversa de una sola etapa

Equipo del tratamiento de aguas de la ósmosis reversa

June 27, 2024

Category Connection: Equipo del tratamiento de aguas de la ósmosis reversa

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Etiquetas:

#Dispositivo de ósmosis inversa #sistema de purificación de agua #Equipo de ósmosis inversa

Brief: Discover the 0.25T Mineral Water Reverse Osmosis System with Nanofiltration Membrane, designed for efficient water purification. This single-stage RO system features automatic control, imported US membranes, and high recovery rates, ensuring stable water quality and low operating costs.

Related Product Features:

Automatic control mode reduces human error and ensures consistent performance.
Original imported reverse osmosis membrane from the US with a lifespan of up to 3 years.
Effluent conductivity of less than 5us for high-purity water output.
Uses Dow Company's professional design software for recovery rates exceeding 65%.
Low-noise pumps (domestic South pump or imported Grundfos) for long service life.
Pre-treatment system with reduction design to protect membranes from excessive residual chlorine.
Funcionamiento continuo con calidad de agua estable y sin aguas residuales recicladas.
Compact and efficient design, saving space and reducing maintenance costs.

Las preguntas:

¿Cuál es la capacidad de producción de agua del sistema de 0.25T?

El sistema de 0,25T produce 0,25 metros cúbicos por hora (250 litros por hora) de agua purificada, con variaciones basadas en la temperatura del agua.
How does the system handle residual chlorine in the input water?

The system includes a pre-treatment reduction design to control residual chlorine below 0.1ppm, protecting the RO membrane. If levels exceed this, the activated carbon filter should be replaced.
What are the maintenance requirements for this RO system?

Maintenance includes monitoring water yield (affected by temperature), checking residual chlorine levels, and ensuring adequate water intake pressure. The system automatically stops if water intake is insufficient or pressure is too low.