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

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

Brand Name:	HongJie
MOQ:	>1set
Price:	US$110000~US$115000
Payment Terms:	L/C,D/P,T/T,Western Union
Supply Ability:	>300sets/month

Detail Information

Product Description

Detail Information

Place of Origin:

Shenzhen,China

Certification:

ISO 14001,ISO 9001,CE,EPA

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

Packaging Details:

export standard wooden case

Highlight:

50T/H Ultrapure Water Equipment

Thermal Power Plants Ultrapure Water Equipment

Advanced Technology ultrapure water machine

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

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