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Home ProductsBoiler Feed Water Treatment Systems

Customized Boiler Feed Water Treatment System with Softener and Degasser

Customized Boiler Feed Water Treatment System with Softener and Degasser

Customized Boiler Feed Water Treatment System with Softener and Degasser
Customized Boiler Feed Water Treatment System with Softener and Degasser Customized Boiler Feed Water Treatment System with Softener and Degasser Customized Boiler Feed Water Treatment System with Softener and Degasser Customized Boiler Feed Water Treatment System with Softener and Degasser

Large Image :  Customized Boiler Feed Water Treatment System with Softener and Degasser Get Best Price

Product Details:

Place of Origin: CHINA
Brand Name: CHONGYANG
Certification: ISO,CE
Model Number: CY-RO-1000T-100000T

Payment & Shipping Terms:

Minimum Order Quantity: 1
Price: Negotiation
Packaging Details: Export Standard Wooden Box
Delivery Time: With 30-40 Days
Payment Terms: L/C, T/T
Supply Ability: 100 sets/Month
Detailed Product Description
Application: Boiler Feed Water Treatment Capacity: 1TPH-100TPH
Technology: RO / EDI / Softener Control System: PLC Automatic Control,Semi-Automatic Control, Manual Control
Material: SS304 / SS316 / FRP Voltage: 220V / 380V / 415V
Water Source: Tap Water / Underground Water Function: Boiler Feed Water Purification
Membrane Brand: Vontron / Dow / Hydranautics Pipe Material: UPVC / Stainless Steel
Conductivity: Customized Installation Type: Skid Mounted
Certification: CE / ISO9001

Customized Boiler Feed Water Treatment System with Softener and Degasser

1. Product Introduction

The Customized Boiler Feed Water Treatment System with Softener and Degasser is a fully integrated industrial water treatment solution designed to provide stable, low-hardness, low-corrosion boiler feed water for various steam boiler applications. The system combines multi-stage pretreatment, water softening, reverse osmosis, degassing technology, and automatic control to improve boiler efficiency and reduce operational risks.

In industrial boiler systems, untreated water may contain hardness ions, dissolved oxygen, suspended solids, silica, chloride, and unstable pH levels. These contaminants can lead to scale formation, corrosion, steam instability, reduced heat transfer efficiency, and shortened boiler lifespan.

This solution is widely used as an industrial boiler water treatment system, boiler make-up water system, and steam boiler feed water purification system.

2. Important Water Quality Parameters for Boilers

Stable water quality is essential for safe and efficient boiler operation. Several water quality indicators are especially important in boiler feed water treatment.

Water Quality Parameter Importance for Boiler System
pH Value Prevents acidic corrosion and protects metal surfaces
Hardness Ca²⁺ / Mg²⁺ Reduces scale formation inside boiler tubes
Conductivity Controls dissolved salt concentration
Dissolved Oxygen Prevents corrosion and rust
Silica Prevents steam contamination and deposits
Total Dissolved Solids TDS Maintains stable boiler operation
Chloride Reduces corrosion risks
Suspended Solids Prevents pipeline blockage
Iron Content Reduces rust accumulation
Temperature Stability Improves steam generation efficiency

For industrial steam boilers, maintaining proper pH and low dissolved oxygen is especially important. The degassing system helps remove oxygen from the treated water, while the softener and RO system reduce hardness and dissolved salts.

3. Application Areas

This customized boiler feed water treatment system is suitable for:

  • Industrial steam boiler systems
  • Textile factory boilers
  • Food and beverage steam systems
  • Pharmaceutical utility boilers
  • Chemical plant boilers
  • Hospital boiler rooms
  • Laundry steam boilers
  • Central heating systems
  • Electronics industry boiler systems
  • Power plant auxiliary boilers
  • Rubber and plastic manufacturing plants
  • Industrial heating systems

4. Standard Process Flow Diagram

Boiler Feed Water Treatment Process

Raw Water Tank → Raw Water Pump → Multi-Media Sand Filter → Activated Carbon Filter → Water Softener → Precision Filter → High Pressure Pump → Reverse Osmosis System → RO Water Tank → Degassing / Deaeration Unit → Boiler Feed Water Tank → Boiler Feed Pump → Steam Boiler System

Optional Units

  • UV Sterilizer
  • Chemical Dosing System
  • pH Adjustment System
  • EDI System
  • Online Conductivity Monitoring

5. Technical Parameters

Model Capacity Product Water Conductivity Hardness Removal Degassing Efficiency Control Type
CY-BFD-1000 1 T/H ≤10 μS/cm ≥98% ≥90% Automatic PLC
CY-BFD-3000 3 T/H ≤10 μS/cm ≥98% ≥90% Automatic PLC
CY-BFD-5000 5 T/H ≤8 μS/cm ≥99% ≥92% Automatic PLC
CY-BFD-10000 10 T/H ≤5 μS/cm ≥99% ≥95% Automatic PLC
CY-BFD-15000 15 T/H ≤5 μS/cm ≥99% ≥95% Automatic PLC
CY-BFD-20000 20 T/H ≤5 μS/cm ≥99% ≥95% Automatic PLC

Customized capacities are available according to project requirements. 

6. Main System Configuration

Component Main Function
Raw Water Tank Stores incoming raw water
Multi-Media Filter Removes suspended solids
Activated Carbon Filter Removes chlorine and organic matter
Water Softener Removes hardness ions
Precision Filter Protects RO membranes
RO Membrane Unit Removes dissolved salts
Degasser / Deaerator Removes dissolved oxygen
Booster Pump Maintains stable system pressure
PLC Control Cabinet Automatic operation and monitoring
Conductivity Meter Online water quality monitoring
Flow Meter Measures operating flow
Chemical Dosing Unit Optional pH adjustment

7. Advantages of the System

  • Reduces boiler scaling
  • Protects boiler tubes from corrosion
  • Improves steam quality
  • Reduces fuel consumption
  • Extends boiler service life
  • Stable pH control
  • Low maintenance requirements
  • Fully automatic operation
  • Compact skid-mounted design
  • Energy-saving operation
  • Easy installation and maintenance
  • Customized engineering solutions

This system is widely used as a boiler feed water RO system, industrial boiler water purification system, and automatic boiler water treatment solution.

8. FAQ

Q1: Why is pH important in boiler feed water?

Proper pH helps prevent acidic corrosion inside boiler tubes and pipelines. Stable pH improves boiler safety and operational reliability.

Q2: Why is dissolved oxygen dangerous for boilers?

Dissolved oxygen can cause serious corrosion and rust inside the boiler system. Degassing or deaeration units help reduce oxygen levels.

Q3: Why is water softening necessary?

Water softening removes calcium and magnesium ions that cause scaling inside heat transfer surfaces.

Q4: Can the system be customized for different boiler capacities?

Yes. The system can be customized according to steam demand, raw water quality, boiler pressure, and installation layout.

Q5: Is automatic control available?

Yes. The system supports fully automatic PLC control with conductivity monitoring, alarm functions, and automatic flushing.

9. CAT

  • Advanced RO + softener + degasser combination
  • Stable boiler feed water quality
  • High hardness removal efficiency
  • Reduced corrosion risks
  • Low operating cost
  • Energy-saving design
  • Compact skid-mounted structure
  • Automatic PLC operation
  • Online water quality monitoring
  • Customized engineering support
  • Long equipment lifespan
  • Suitable for various industrial boilers
  • OEM manufacturing capability
  • Export-standard industrial design

10. Contact Us

Looking for a reliable Customized Boiler Feed Water Treatment System with Softener and Degasser?

Contact our engineering team for boiler water analysis, customized process design, technical consultation, layout drawings, competitive quotation, and turnkey project support.

Contact Details
Shanghai ChongYang Water Treatment Equipment CO.,LTD.

Contact Person: Ms. Yanni.Wang

Tel: 86 15900488030

Fax: 86-21-66126659

Send your inquiry directly to us