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Usine d'osmose inverse de traitement de l'eau potable du système RO 3000LPH de Jufu Water Tech

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December 26, 2022
Category Connection: Système de traitement de l'eau de RO
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Tags:
#Système de traitement de l'eau de RO 20TPH #Un système de traitement de l'eau de RO d'étape #10T par installation de traitement des eaux usées d'heure
Brief: Découvrez l'usine d'osmose inverse de traitement de l'eau potable du système RO 3000LPH de Jufu Water Tech. Cet équipement de traitement de l'eau RO de premier étage 1TPH comprend une préfiltration avancée à plusieurs étages, une osmose inverse et une stérilisation UV pour une purification de l'eau haute performance. Facile à utiliser, à entretenir et à mettre à niveau.
Related Product Features:
  • Advanced multistage pre-filtration and reverse osmosis technology for superior water purification.
  • Equipped with nuclear grade mixed bed resin purification and dual wavelength UV sterilization.
  • Customizable power supply options (220V/380V/460V - 50Hz/60Hz).
  • High desalination rate of ≥99.5% with optional membrane elements from top brands like DOW and Hydranautics.
  • Stainless steel (SUS304) frame and optional FRP/SS tank materials for durability.
  • Flexible control options with manual/automatic valves from FLECK/RUNXIN.
  • Easy to upgrade and maintain with user-friendly design.
  • Comprehensive process flow from raw water to purified water with UV sterilization.
Les questions:
  • What are the inlet water quality requirements for RO water treatment system membrane components?
    The inlet water quality requirements include NTU ≤1, SDI ≤5, Fe2+ ≤4 mg/L, and TOC ≤3 mg/L. Residual chlorine should be minimized to protect the membrane.
  • What is the material of RO water treatment system membrane?
    RO membranes are typically made of acetate (CA) for chlorine resistance or aromatic polyamide (PA) for higher performance, requiring chlorine-free water.
  • How is the RO water treatment system configured?
    The system can be configured in first-stage multi-stage or multi-stage processes, with membrane components arranged in series or parallel to meet recovery rate and effluent quality requirements.
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