Vacuum Dehydration Unit

Product Details:

Our Low Vacuum Dehydration Unit (LVDH) is an advanced and efficient solution designed for the removal of water and moisture from industrial oils, including hydraulic oils, lubricants, and transformer oils. The LVDH system uses low vacuum technology to effectively separate water and other contaminants from oils, ensuring that the oils maintain their optimal performance and extend the life of machinery. This unit is ideal for industries such as power generation, steel manufacturing, mining, and automotive, where maintaining high-quality oils is critical for operational efficiency and equipment longevity.

Applications:

• Hydraulic Oil Moisture Removal
• Lubrication Systems
• Industrial Oil Circulation Systems
• Power Generation and Distribution
• Steel Manufacturing and Mining Equipment

Benefits:

• Extends the life of oils by efficiently removing water and contaminants, reducing the need for frequent oil replacements.
• Prevents corrosion and rust in machinery and electrical components by maintaining clean and moisture-free oils.
• Increases the reliability and performance of industrial equipment, reducing the risk of breakdowns and improving operational efficiency.
• Promotes sustainability by reducing the environmental impact of oil waste and minimizing oil disposal needs.
• Saves costs on oil replacements, maintenance, and downtime with an effective, automated moisture removal system.

Why Choose Our Low Vacuum Dehydration Unit (LVDH)?

• Improve the longevity and performance of oils and machinery by efficiently removing moisture and contaminants.
• Reduce operational and maintenance costs by extending oil life and ensuring consistent oil quality.
• Benefit from a durable, energy-efficient, and easy-to-maintain solution for moisture removal in oils.

Additional Information:

• Delivery Time: 1-2 DAYS
• Packaging Details: 1. Standard Packaging: Equipment securely wrapped in high-grade polyethylene sheets Protected with foam padding or thermocol at sensitive points Packed in heavy-duty export-quality corrugated boxes or wooden crates 2. Export Packaging (On Request): Heat-treated wooden crates (ISPM-15 compliant) for international shipping Moisture barrier packing for marine shipments Vacuum-sealed packaging for sensitive components like filter cartridges 3. Labeling: Product name, model no., serial no. & weight clearly labeled Handling instructions: “This Side Up,” “Fragile,” “Keep Dry” stickers. Buyer’s logo or barcode available on request.

Product Details:

The Low Vacuum Dehydration technique is mainly used for removal of moisture content from the oil which is present in three forms:a) Dissolved Formb) Emulsified Form C) Free form Working Principle Heating of hydraulic oil is performed indirectly and then that is poured into a vacuum chamber where it is scattered into a very thin layer of film thereafter it vaporizes & get dissolved with gases at low temperature. How to separate water from oil? Now both air and gases that is derived from the previous process is now left to condense so that it gets separated from the oil. Our ultimate goal of heating oil indirectly at low temperature is to ensure that there is no burn off, hence no oxidation and no additional depletion of oil.

Comparative analysis of Vacuum Dehydration With Centrifugal water separation:



The extracted low weight molecular oil gets accumulated in the hydraulic fluid and settles in oil. Hence (LVDH) low vacuum dehydration technique is used to remove the extracted oil & ultimately bringing back oil to its original properties.This technology mainly evolves around the basic fact that water boiling point is 100 Degree C and the vapour pressure above the water surface is atmospheric pressure but when we reduce the vapour pressure to a vacuum condition upto 750 torr, then the boiling point of water gets reduced from 100 Degree C to less than 55 Degree C .  Low vacuum dehydration machines are used to :

• Removes water from oil
• Removes moisture from oil

Low Vacuum Dehydration Machine Performance Analysis

 

Hence, under this technique, there is a vacuumed chamber and a shower arrangement for the oil (mixed with moisture content). There is a heater arrangement which heats up the oil under controlled temperature settings of maximum 55  only, when the heated oil is showered inside the vacuum chamber under high vacuum, moisture particles would get evaporated or gets vaporized under the vacuumed condition thereby separating the moisture from oil. Hence, Clean oil is collected at the bottom of the chamber and delivered into the system.Enable GingerCannot connect to Ginger Check your internet connection
or reload the browserDisable in this text fieldRephraseRephrase current sentence Edit in Ginger×

Additional Information:

• Item Code: 84211999
• Production Capacity: 100/month
• Delivery Time: Immediate or 2-4 weeks
• Packaging Details: AS PER REQUIREMENT.

Product Details:

The Low Vacuum Dehydration technique is mainly used for removal of moisture content from the oil which is present in three forms:a) Dissolved Formb) Emulsified Form C) Free form Working Principle Heating of hydraulic oil is performed indirectly and then that is poured into a vacuum chamber where it is scattered into a very thin layer of film thereafter it vaporizes & get dissolved with gases at low temperature. How to separate water from oil? Now both air and gases that is derived from the previous process is now left to condense so that it gets separated from the oil. Our ultimate goal of heating oil indirectly at low temperature is to ensure that there is no burn off, hence no oxidation and no additional depletion of oil.

Comparative analysis of Vacuum Dehydration With Centrifugal water separation:



The extracted low weight molecular oil gets accumulated in the hydraulic fluid and settles in oil. Hence (LVDH) low vacuum dehydration technique is used to remove the extracted oil & ultimately bringing back oil to its original properties.This technology mainly evolves around the basic fact that water boiling point is 100 Degree C and the vapour pressure above the water surface is atmospheric pressure but when we reduce the vapour pressure to a vacuum condition upto 750 torrs, then the boiling point of water gets reduced from 100 Degree C to less than 55 Degree C.  Low vacuum dehydration machines are used to :

• Removes water from oil
• Removes moisture from oil

Low Vacuum Dehydration Machine Performance Analysis

 

Hence, under this technique, there is a vacuumed chamber and a shower arrangement for the oil (mixed with moisture content). There is a heater arrangement which heats up the oil under controlled temperature settings of maximum 55  only, when the heated oil is showered inside the vacuum chamber under high vacuum, moisture particles would get evaporated or gets vaporized under the vacuumed condition thereby separating the moisture from oil. Hence, clean oil is collected at the bottom of the chamber and delivered into the system.Enable GingerCannot connect to Ginger Check your internet connection
or reload the browserDisable in this text fieldRephraseRephrase current sentence Edit in Ginger×

Additional Information:

• Delivery Time: 1-2 WEEKS

Vacuum Dehydration Oil Filtration Services offer an advanced solution for removing water and moisture contamination from industrial oils, ensuring optimal performance and extended oil life. Using a vacuum-based process, this service efficiently separates water from oil by lowering the pressure within the system, causing the moisture to evaporate at lower temperatures without compromising the oil's integrity. The result is clean, dry oil that helps prevent corrosion, reduces wear on machinery, and improves the overall efficiency of hydraulic, lubrication, and other oil-dependent systems.

These services are especially valuable in industries where oil degradation due to water contamination can lead to costly repairs and downtime, such as power plants, manufacturing, and marine operations. Vacuum dehydration filtration services are often provided on-site, allowing for minimal disruption to operations. Technicians employ specialized equipment and monitoring tools to ensure precise filtration, ensuring that the oil meets optimal standards of purity and functionality.

By utilizing this service, businesses can reduce oil replacement costs, minimize the risk of equipment failure, and maintain the highest standards of operational efficiency. Moreover, the process supports environmental sustainability by extending the lifespan of oils and reducing waste disposal needs. Vacuum dehydration oil filtration services are a cost-effective and eco-friendly approach to maintaining the performance and longevity of critical machinery.