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Boiler Phosphate Dosing Package

Boiler Phosphate Dosing Package
Quality Boiler Phosphate Dosing Package factory
Quality Boiler Phosphate Dosing Package factory
Quality Boiler Phosphate Dosing Package factory

Basic Properties

country of origin
china
brand name
Fast
product model
Contact the manufacturer

Trading Properties

moq
1
unit price
1000
supply capacity
10000

Product Summary

Boiler Phosphate Dosing Package prevents scale formation by converting residual hardness into dischargeable sludge. Features manual/auto control, 30-20000L capacity, multiple pump/tank configurations, and materials including 304, PP, PE. Supports DCS remote/GPRS wireless control for high-pressure drum boilers.

Product Details

Highlight:

boiler phosphate dosing system

,

phosphate dosing package for boilers

,

boiler water treatment dosing package
Volume:
30-20000 L
Power supply:
220V/380V 50Hz
Tank Capacity:
Varies, Commonly 10L To 1000L
Accuracy:
±1% Dosing Accuracy
Safety Features:
Leak Detection, Low-level Alarm, Emergency Stop
Pump Type:
Peristaltic Pump / Diaphragm Pump / Gear Pump
Operating Temperature:
-10°C To 50°C
Flow Rate:
Adjustable, Typically 0.1 To 100 L/h
Power Supply:
AC 220V / 110V / DC Options Available
Function:
Automated Chemical Dosing And Feeding
Installation:
Wall-mounted / Floor-standing
Control Method:
Manual / Automatic / PLC Controlled
Application:
Water Treatment, Industrial Processes, Wastewater Management
Maintenance:
Easy To Clean And Maintain With Modular Components

Product Description

Boiler Phosphate Dosing Package
Phosphate Additive Device
Process Principle
The calcium and magnesium hardness ions contained in the boiler feedwater are prone to undergo chemical reactions or crystallize and precipitate under high-temperature conditions, forming insoluble scale that firmly adheres to the boiler heating surfaces. The scale has extremely poor heat conductivity and will hinder heat transfer, and in severe cases, can cause boiler tube burst accidents; at the same time, it will also intensify the electrochemical corrosion of the metal beneath the scale, threatening the safe operation of the equipment.
Although the boiler condensate water and feedwater have undergone complete softening and desalination treatment, there will still be a small amount of calcium and magnesium hardness carried into the boiler water. For the residual hardness, adding phosphate to the boiler water is a mature and effective treatment method. The reaction equation is as follows:
Chemical reaction equation for phosphate treatment in boiler water
The resulting basic calcium phosphate formed is a loose sludge that can be easily discharged through regular boiler blowdown and is not prone to adhering to the heated surfaces to form hard scale.
Process Overview
This device is composed of four major parts: the liquid solution mixing system, the metering addition system, the safety protection system, and the electrical control system. The solid phosphate salt is placed in the solution mixing tank, and is added to the demineralized water or condensate water in accordance with the ratio and then stirred and dissolved. It is then transported to the boiler steam drum by the metering addition system. The addition mode supports local manual operation and can also receive control signals issued by the upper-level system to achieve remote automatic dosing.
Application Fields
Water treatment in high-pressure and higher-parameter drum boilers
Technical Specifications
Model Specification Capacity (L) Pump & Tank Configuration Material Dimensions L*W*H (mm) Control Method
CT□−1□□/1□□ 30-20000 1 Tank 1 Pump 304, PP, PE, Carbon Steel, Steel Rubber-lined, UPVC Min: 350*350*400
Max: 5650*2150*2300		 Manual Button / Automatic Instrument Control / PLC Touch Control / DCS Remote / GPRS Wireless / Special Requirements (Explosion-proof, Frequency Conversion, Heating Insulation, etc.)
Power Supply: 220V/380V 50Hz
CT□−1□□/2□□ 1 Tank 2 Pumps Min: 350*350*400
Max: 5650*2150*2300
CT□−2□□/1□□ 2 Tanks 1 Pump Min: 700*500*400
Max: 5650*4500*2300
CT□−2□□/2□□ 2 Tanks 2 Pumps Min: 700*500*400
Max: 5650*4500*2300
CT□−2□□/3□□ 2 Tanks 3 Pumps Min: 700*500*400
Max: 5650*4500*2300
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