• Shenzhen HongJie Water Technology Co., Ltd.
    Mr. Wieslaw Alex
    Very nice reverse osmosis machine! the supplier offers exceptional service and technology support. perfect purchase!
  • Shenzhen HongJie Water Technology Co., Ltd.
    Mr.Ismail Hakki
    We're currently working with Shenzhen Hongjie on a project, and without hesitation, we can say they offer the best water filtration systems coming out of China. Their equipment is well-engineered, reliable, and delivers consistent performance—whether for industrial, commercial, or specialized applications.
  • Shenzhen HongJie Water Technology Co., Ltd.
    Mr.James Watts
    Good water treatment company! when I encounter some troubles, they can always offer me the fastest solutions. very professional
Contact Person : Cathy
Phone Number : +86 18603057367
WhatsApp : +8618603057367

Industrial Reverse Osmosis System 50T/H with Resistivity ≥15-18.2MΩ·cm for Thermal Power Plants

Place of Origin Shenzhen,China
Brand Name HongJie
Certification ISO 14001,ISO 9001,CE,EPA
Minimum Order Quantity >1set
Price US$110000~US$115000
Packaging Details export standard wooden case
Delivery Time 1-7working days(depand on raw materials stocking)
Payment Terms L/C,D/P,T/T,Western Union
Supply Ability >300sets/month
Product Details
EDI Produced Water Resistivity ≥15-18.2MΩ·cm Flow Rate 50m³/H (Customizable)
Membrane Dow Or Dupont Electrical Parts Schneider Or Equivalent , HMI Semiens.
Brand Pump Grundfos Or Equivalent, Electricity Supply 380V/220V
SiO₂ ≤ 10–20 Ppb Na⁺ ≤ 5–10 Ppb
Total Hardness ≈0 Ppm Concentrated Water Recovery Rate >95%
TDS Close To Zero
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50T/H Ultrapure Water Equipment

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Thermal Power Plants Ultrapure Water Equipment

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Advanced Technology ultrapure water machine

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Product Description
Industrial Reverse Osmosis System 50T/H for Thermal Power Plants
This industrial reverse osmosis (RO) system with EDI (electrodeionization) technology delivers 50T/H ultrapure water specifically designed for thermal power plant applications. The system produces water with resistivity ≥18 MΩ·cm and conductivity ≤0.055 μS/cm, meeting the stringent requirements for boiler feedwater systems in thermal power generation.
System Overview
Ultra-pure water systems are essential for boiler feedwater treatment in thermal power plants. As the industry transitions from high-pollution ion exchange processes to environmentally friendly EDI technology, these systems play a critical role in equipment safety, energy efficiency, and environmental performance. The purity of ultra-pure water prevents boiler corrosion and turbine damage while reducing operational costs by up to 50% with a payback period of less than two years.
EDI Process Technology
The advanced treatment process follows this sequence: Raw Water → Pretreatment System → Primary Reverse Osmosis (RO) → Secondary Reverse Osmosis (RO) or Electrodeionization (EDI) → Polishing Treatment → Ultrapure Water Storage Tank and Distribution.
Core Process Advantages
  • No acid/alkali regeneration required (environmentally friendly)
  • Continuous and stable production of ultrapure water
  • Stable effluent quality with consistent performance
  • High degree of automation for reliable operation
  • Lower operating costs compared to traditional systems
  • EDI vs Mixed Bed Comparison (50T/H System)
    Comparison Items Mixed Bed Process EDI Process
    Operation Mode Batch (Periodic Failure) Continuous and Stable
    Water Quality Fluctuation Conductivity Gradually Increases Resistivity Stable ≥15 MΩ·cm
    Chemical Consumption Requires Acid-Alkali Regeneration (0.59 CNY/ton) Only Electricity Consumption (0.3 CNY/ton)
    Floor Area 860 m² (Workshop Height > 10m) 20 m² (Workshop Height 3m)
    Environmental Friendliness Acid-Alkali Wastewater Pollution Zero Chemical Emission
    System Design Features
  • Energy-saving design for reduced operational costs
  • Advanced anti-pollution measures for consistent water quality
  • Intelligent control systems for automated operation
  • Applications
  • Water supply for thermal power plants
  • Ultrapure water for semiconductor industry
  • Lithium-ion battery manufacturing
  • Pharmaceuticals and precision electronics industries
  • Packaging and Shipment
    Industrial Reverse Osmosis System 50T/H with Resistivity ≥15-18.2MΩ·cm for Thermal Power Plants 0 Industrial Reverse Osmosis System 50T/H with Resistivity ≥15-18.2MΩ·cm for Thermal Power Plants 1