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High-pressure water jet achieves non-damaging and efficient descaling in power plants

2026-04-29
Latest company news about High-pressure water jet achieves non-damaging and efficient descaling in power plants

1. Core Pain Points of Condenser Tube Scaling in Power Plants

In power plant operation and maintenance, condenser tube scaling is a common problem plaguing the industry for a long time. As the core component of the condenser, condenser tubes are in long-term contact with circulating water and are prone to accumulating deposits such as scale, biofilm, and rust. Since most of them are made of titanium, stainless steel, or copper-nickel alloy tubes with diameters ranging from 19–25mm and scaling thickness usually 0.5–5mm, traditional cleaning methods are likely to damage the tube wall. Scaling not only directly reduces heat transfer efficiency and affects unit vacuum, but also increases coal consumption and energy consumption. In severe cases, it may cause equipment failures and shutdowns for maintenance, resulting in considerable economic losses.

Manufacturer HENAN XUZHIYANG MACHINERY
brand XUZHIYANG
Rate pressure 500bar, 700bar, 1000bar,1200bar, 1500bar, 2500bar, 2800bar
Water flow  30lpm, 50L/min, 80L/min, 110L/min etc
Driven engine electric motor drive, or diesel engine drive
construction fixed chassis, movable trailer type with wheels; container frame or customized
Application industry tube/pipe/tank cleaning, heat exchanger /condenser cleaning, air preheater cleaning, reactor cleaning, rust paint remove, cement remove etc
latest company news about High-pressure water jet achieves non-damaging and efficient descaling in power plants  0

2. Core Selection Guide for High-Pressure Water Jets in Power Plant Scenarios

For the cleaning needs of power plant condenser tubes, the selection of high-pressure water jet equipment must focus on three cores: adaptability, safety, and stability. First, adjustable pressure is crucial, covering 500bar–2800bar. A pressure of 500–1000bar can be used for light scaling scenarios, and 1500–2800bar for hard scaling scenarios to ensure complete scale removal without damaging the tube wall. Second, the flow rate must match the tube diameter. For 19–25mm tubes, a flow rate of 30–80L/min is recommended to ensure full-coverage jetting without dead ends. In addition, priority should be given to CE-certified, continuously stable electric-driven equipment to adapt to the power demand of the plant area and reduce pollution and noise.

3. Application Value and Industry Adaptability Summary

Compared with traditional chemical cleaning and manual dredging, high-pressure water jet uses pure water as the medium, with no chemical residues, no environmental pollution, and can achieve non-damaging descaling. In practical applications, it can quickly restore the heat transfer area of condenser tubes, improve unit efficiency and vacuum, and shorten maintenance time, adapting to the power plant shutdown maintenance window. Its stable operation performance and adaptability make it the preferred solution for power plants to solve condenser tube scaling and reduce operation and maintenance costs, widely used in the equipment operation and maintenance of various thermal and hydropower plants.
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NEWS DETAILS
High-pressure water jet achieves non-damaging and efficient descaling in power plants
2026-04-29
Latest company news about High-pressure water jet achieves non-damaging and efficient descaling in power plants

1. Core Pain Points of Condenser Tube Scaling in Power Plants

In power plant operation and maintenance, condenser tube scaling is a common problem plaguing the industry for a long time. As the core component of the condenser, condenser tubes are in long-term contact with circulating water and are prone to accumulating deposits such as scale, biofilm, and rust. Since most of them are made of titanium, stainless steel, or copper-nickel alloy tubes with diameters ranging from 19–25mm and scaling thickness usually 0.5–5mm, traditional cleaning methods are likely to damage the tube wall. Scaling not only directly reduces heat transfer efficiency and affects unit vacuum, but also increases coal consumption and energy consumption. In severe cases, it may cause equipment failures and shutdowns for maintenance, resulting in considerable economic losses.

Manufacturer HENAN XUZHIYANG MACHINERY
brand XUZHIYANG
Rate pressure 500bar, 700bar, 1000bar,1200bar, 1500bar, 2500bar, 2800bar
Water flow  30lpm, 50L/min, 80L/min, 110L/min etc
Driven engine electric motor drive, or diesel engine drive
construction fixed chassis, movable trailer type with wheels; container frame or customized
Application industry tube/pipe/tank cleaning, heat exchanger /condenser cleaning, air preheater cleaning, reactor cleaning, rust paint remove, cement remove etc
latest company news about High-pressure water jet achieves non-damaging and efficient descaling in power plants  0

2. Core Selection Guide for High-Pressure Water Jets in Power Plant Scenarios

For the cleaning needs of power plant condenser tubes, the selection of high-pressure water jet equipment must focus on three cores: adaptability, safety, and stability. First, adjustable pressure is crucial, covering 500bar–2800bar. A pressure of 500–1000bar can be used for light scaling scenarios, and 1500–2800bar for hard scaling scenarios to ensure complete scale removal without damaging the tube wall. Second, the flow rate must match the tube diameter. For 19–25mm tubes, a flow rate of 30–80L/min is recommended to ensure full-coverage jetting without dead ends. In addition, priority should be given to CE-certified, continuously stable electric-driven equipment to adapt to the power demand of the plant area and reduce pollution and noise.

3. Application Value and Industry Adaptability Summary

Compared with traditional chemical cleaning and manual dredging, high-pressure water jet uses pure water as the medium, with no chemical residues, no environmental pollution, and can achieve non-damaging descaling. In practical applications, it can quickly restore the heat transfer area of condenser tubes, improve unit efficiency and vacuum, and shorten maintenance time, adapting to the power plant shutdown maintenance window. Its stable operation performance and adaptability make it the preferred solution for power plants to solve condenser tube scaling and reduce operation and maintenance costs, widely used in the equipment operation and maintenance of various thermal and hydropower plants.