Descaler Water Treatment Machinery
Product Features
* DPSE Patent Technology: A high-temperature alloy fused from nine metals.
* Effectively safeguards equipment and pipelines, removing scale and rust while preventing new scale formation.
* Enhances energy efficiency, reducing corporate carbon emissions.
* Magnetic-free, electrical-free, and pollution-free for a green and eco-friendly solution.
* 5-year warranty, 10-year service life, no maintenance.
* Applicable across various industries.
Product Details
Flange Connection
Easy to install and compatible with other industrial equipment.
dPSE Chip
Core descaling chip forged from 9 types of alloys, water flow-driven to release microcurrents.
Installation Diagram
Cooling Tower Installation Schematic Diagram
On the Main Circulation Line (Between the Cooler and Y-Type Strainer)
This placement ensures that the descaler treats water before it enters the condenser and cooling tower, preventing scale formation in critical heat exchange components.
It improves the efficiency of the heat exchanger by keeping the cooling water free from scale buildup.
On the Return Line to the Cooling Tower (Before Entering the Condenser)
This position helps remove existing scale deposits and prevents further scaling in the condenser and other heat exchange components.
It ensures optimal heat transfer efficiency and extends the lifespan of the system.
Power Plant Boiler System
The Descaler Water Treatment Machinery is installed at the Cooling Water Inlet, before entering the condenser. Its main function is to reduce scale buildup in the cooling water, ensuring efficient system operation.
product key technologies
How to Descale?
The DPSE chip in the Commercial Descaler for Water is made from nine types of alloy materials. Water flowing through the DPSE system generates electrons, and the directed movement of these electrons creates a weak electric current. This current transforms the molecular structure of limescale from hard calcite to soft aragonite. The smooth surface of aragonite makes it less likely to adhere to pipelines, leading to the detachment of limescale and achieving descaling.
How to Prevent Corrosion?
The water flow through the DPSE system, generating electrons, and their interaction with Ca2+, Mg2+, CO₃²﹣, and OH-, results in the formation of a chelating film on the inner walls of pipelines. This film directly isolates the pipeline from contact with air and water, accomplishing corrosion and rust prevention.
Specifications and Parameters
| Mode | Nominal Diameter | Connection |
Flange Thickness |
Flange Bolt Hole * Qty (d*n) |
Diameter (mm) |
Length Imm) |
MaxFlow (m3/ Hour) |
MinFlow (m3/ Hour) |
Recommended Flow (m3 / Hour) |
Max Pressure |
Temp Ambient ℃ |
| ID001 | DN32 | Flange | 18 | Φ18*4 | Φ140 | 390 | 8 | 1.4 | 4 | 1.6 | 5-280 |
| ID002 | DN40 | Flange | 18 | Φ18*4 | Φ150 | 410 | 12 | 2 | 7 | 1.6 | 5-280 |
| ID003 | DN50 | Flange | 19 | Φ18*4 | Φ165 | 430 | 20 | 3.5 | 10 | 1.6 | 5-280 |
| ID004 | DN65 | Flange | 20 | Φ18*8 | Φ185 | 450 | 35 | 6 | 18 | 1.6 | 5-280 |
| ID005 | DN80 | Flange | 20 | Φ18*8 | Φ200 | 470 | 50 | 9 | 27 | 1.6 | 5-280 |
| ID006 | DN100 | Flange | 22 | Φ18*8 | Φ220 | 490 | 80 | 14 | 42 | 1.6 | 5-280 |
| ID007 | DN125 | Flange | 22 | Φ18*8 | Φ250 | 510 | 120 | 22 | 66 | 1.6 | 5-280 |
| ID008 | DN150 | Flange | 24 | Φ22*8 | Φ285 | 530 | 180 | 32 | 95 | 1.6 | 5-280 |
Water Quality Requirement
| Hardness | PH | Iron | TDS | Salinity |
| ≤1500mg/L | 3-10 | ＜5mg/L | ≤200000ppm | 10000mg/L |
Installation Case
Descaler Water Treatment Machinery: Optimizing Cooling Tower Performance
Project Background:
A cooling tower in an industrial facility was experiencing significant scaling due to hard water, leading to reduced heat dissipation efficiency, higher energy consumption, and increased maintenance frequency. Over time, scale accumulation restricted water flow and diminished overall system performance, impacting the stability of the entire cooling process.
Solution & Implementation:
To combat these issues, the facility installed the Descaler Water Treatment Machinery. This advanced, maintenance-free solution effectively inhibits scale formation and gradually removes existing deposits without the need for chemicals or frequent cleaning. The descaler was seamlessly integrated into the cooling tower's water circulation system, ensuring continuous protection.
FAQ
How long does ScaleDp® work before needing replacement parts, or at what flow rate?
Within our specified flow rate range, ScaleDp® has a working lifespan of up to 10 years with no need for any component replacements.
How can you determine if ScaleDp® is running properly?
ScaleDp® starts operating as soon as water flows through.
How do you verify the effectiveness of ScaleDp® after installation?
After installation for a period, observe changes in pressure and flow before and after in boilers and pipes (equipment) to determine effectiveness. The removal of scale increases the flow area, reduces pressure, and consequently minimizes flow loss. Alternatively, you can open the equipment for inspection (recommended after one month of installation).
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