Installation d'osmose inverse de l'eau saumâtre PRO-4080E: solution de traitement de l'eau à haut rendement

Bavarder Contactez nous

Installation d'osmose inverse de l'eau saumâtre PRO-4080E: solution de traitement de l'eau à haut rendement

brackish water reverse osmosis

June 10, 2025

Connexion De Catégorie: osmose d'inversion saumâtre de l'eau

Bavarder Contactez nous

Les étiquettes:

#Système d'osmose d'inversion saumâtre de l'eau de SS316L #Système saumâtre de RO de l'eau de BWRO-L #Système de RO d'eau salée 96.8TPH

Bref: Discover the PRO-4080E Brackish Water Reverse Osmosis Unit, a high-efficiency water treatment solution designed for industries, agriculture, and municipal needs. With a permeate capacity of 500L/h, this system ensures optimal water quality through advanced filtration and energy-efficient operation.

Caractéristiques Du Produit Connexes:

Robust SS304 skid-mount construction ensures durability in challenging environments.
3-stage sediment filtration process removes impurities and protects RO membranes.
Compatible with Filmtec and Hydranautics RO membranes for flexible filtration needs.
Energy-efficient operation with low installed power of 1.7kW (220-240V, 50Hz).
Comprehensive monitoring with IC control unit, TDS indicator, and pressure gauges.
uPVC water pipes provide superior corrosion resistance and long-lasting durability.
Suitable for brackish water sources with feed water TDS of less than 2000 ppm.
Optional customizations available for membrane options and voltage configurations.

FAQ:

What is the permeate capacity of the PRO-4080E Brackish Water RO Unit?

The PRO-4080E has a permeate capacity of 500L/h (3,200 GPD), making it ideal for medium- to large-scale operations.
What type of membranes are compatible with this system?

The PRO-4080E is compatible with Filmtec and Hydranautics RO membranes, offering flexibility based on your filtration needs.
Is the PRO-4080E energy-efficient?

Yes, the system operates efficiently with a low installed power of 1.7kW and supports various voltage configurations for global use.