Product Introduction

1. Structural Design: Adopts a multi-layer composite filter media structure, combined with a special support framework to enhance filtration stability.

2. Core Materials: Selects high-performance materials such as modified cellulose and polyacrylonitrile, with strong adsorption and interception capabilities.

3. Product Positioning: Specifically designed for the purification of condensate water in power plants and industrial steam systems, improving water purity.

Working Process

1. Water Inflow: Condensate water containing impurities, corrosion products, and colloids flows in from the outside of the filter element.

2. Multi-Layer Interception:

• The outer coarse filtration layer intercepts large particles.

• The middle adsorption layer removes metal oxides such as iron and copper.

• The inner fine filtration layer filters tiny colloids and suspended solids.

3. Standard Output: The high-quality filtered condensate water flows out from the central hole of the filter element, meeting the reuse standard.

4. 

Product Features

Feature	Description
High Filtration Efficiency	The multi-layer composite structure enables deep filtration, with an impurity removal rate of over 99%.
Strong Anti-Pollution Ability	Special materials effectively resist pollution from colloids and metal oxides, extending the service life.
Low Pressure Drop Design	Optimizes the fluid channel, reducing operating energy consumption and saving costs.
Diverse Specifications	Provides different filtration precisions and sizes to adapt to various system requirements.

Technical Parameters

Parameter Item	Details
Filtration Precision	0.2 - 5μm
Filter Element Length	20", 30", 40"
Filter Element Outer Diameter	68 - 85mm
Maximum Operating Temperature	85℃
Maximum Working Pressure	0.6MPa
Applicable pH Range	2 - 12

Application Fields

1. Power Industry: Purification of condensate water in thermal power plants and nuclear power plants to ensure the stable operation of the steam cycle system.

2. Chemical Industry: Recycling and treatment of steam condensate water in chemical plants, reducing water resource waste.

3. Heating System: Filtration of condensate water in central heating pipelines, improving energy utilization efficiency.

4. Food and Beverage Industry: Purification of steam condensate water for production water to ensure product quality and safety.

FAQ

Q1: How often does the condensate water filter element need to be replaced?

A: The replacement cycle of the filter element is affected by factors such as the quality of condensate water, flow rate, and system operation time. Generally, when the system operating pressure drop exceeds 1.5 times the initial value, or the operation time reaches 3 - 6 months, it is recommended to replace the filter element to ensure the filtration effect.

Q2: Can the condensate water filter element remove dissolved salts?

A: The condensate water filter element mainly removes insoluble impurities such as suspended solids, colloids, and metal oxides through physical interception and adsorption, and has limited effect on removing dissolved salts. If dissolved salts need to be removed, it is usually necessary to cooperate with processes such as ion exchange resin or reverse osmosis for treatment.

Conclusion

With its advantages such as high-efficiency filtration, strong anti-pollution, and low pressure drop, the condensate water filter element has become a key device for ensuring condensate water quality in industries such as power and chemical engineering. Through deep purification of condensate water, it can not only reduce equipment corrosion and improve system operation efficiency but also achieve efficient recycling of water resources, helping enterprises reduce costs, increase efficiency, and develop greenly.

If you are interested in this product or have any questions, please feel free to contact us at any time.

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