Hydraulic Oil Vacuum Dehydrator Purifier Machine

US$20,000.00 - 60,000.00 1 Piece (MOQ)
Port:
Shanghai, China
Production Capacity:
15000
Payment Terms:
T/T

Last Login Date:

Nov 01, 2024

Business Type:

Manufacturer/Factory

Main Products:

Oil Purifier

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Product Description

Company Info

Basic Info.

Model NO.
WZJC-9KY
Structure
Mobile
Usage
Solid-Liquid Separation, Oil Impurities, Oil-Water Separator, Varnish Removal
Type
Suction Filter
Mechanical Principle
Vacuum
Performance
Efficient Filtration
Weight
920
Heating Power
54kw
Trademark
WSD
Transport Package
Standard Export Package
Specification
1630*1550*2030mm
Origin
China
HS Code
8421299090

Product Description

Hydraulic oil Vacuum Dehydrator purifier machine

Who we are!!!

WSD specializes in oil cleaning and treatment, such as oil separation, particle removal, and sludge/varnish Remove. Our products use special electrostatic principles to adsorb particles, balance charge principle to remove particles, coalescence & separation to remove water principle, vacuum to remove water principle, and vacuum balance charge to remove water principle.


Product Introduction

Taking advantage of the different boiling points of water and oil in a vacuum environment, Winsonda designed the WJZ low-temperature evaporation to remove free, emulsified, and dissolved water in the oil. Using a vacuum pump to suck contaminated oil into a heater, where the Fluid can be heated to the proper temperature. Then, diffuse the heated fluid in the vacuum tank to evaporate water into steam. The cooled steam is condensed into water and stored in a water tank for easy disposal. The remaining dry oil flows through the filter element and goes back into the hydraulic system
Features

>> Unique degassing and dehydration system to quickly separate water and gas from oil.
>Optimized piping design ensures uniform heating and stable oil temperature.
>> Automatic temperature control, liquid level control system, defoaming control system, and pressure protection to ensure WJZ operates at high performance.
>> High-precision Filter element has a large dirty holding capacity to remove harmful impurities in the oil.
>> Humanized design, low noise, easy operation, and low energy consumption.
>> Filter replacement automatic reminder function
>> Equipped with leakage, overload load shutdown device to protect the motor
>> Equipped with phase sequence, phase loss protection function, and sudden shutdown safety control.
 
Flow Chart



Vacuum Dehydration
 
Vacuum dehydration is inspired by vacuum distillation processes used in refineries. Distillation separates components of a liquid mixture by partial vaporization and separate recovery of the vapor and liquid residue. The more volatile components, water convert to the vaporous state while the less volatile oil remains.

The process involves 3 steps that are heating, vaporization, condensation, and cooling of vapors. Vacuum distillation permits vaporization at reduced temperatures. For example, water can reach boiling point at boils at 57°C(135°F) in a vacuum tank which is much lower than its boiling point 100°C (212°F) at atmospheric pressure.

-Heating fluid contributes to transferring all state water into vapor in the heating tank.

-Diffusing fluid in a vacuum evaporating tank. This process involves expanding oil to produce a high surface area to facilitate the vaporous extraction of water.

-Cooling the steam transfer to condensed water and settle down for separating out. And remaining dried oil flow throw a fine filter to remove contaminants further.
 
Application & Installation
 
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