Restore your oil and bid adieu to moisture with our new & advanced oil dehydration systems!
In high-temperature, high-load industrial environments such as those across the power, petrochemical, marine, and manufacturing sectors, oil contamination is one of the most underestimated causes of equipment failure. A professional-grade Oil Dehydration System is engineered to eliminate water, sludge, gases, and solid contaminants from lubricating and hydraulic oils, restoring oil to near-new condition without replacement.
Minimac's advanced LVDH (Low Vacuum Dehydration) technology combines staged mechanical filtration with controlled vacuum evaporation, ensuring precise moisture removal even from stubborn water-in-oil emulsions. The result is cleaner oil, longer machinery life, lower maintenance costs, and higher operational reliability.
The mentioned product has GreenPro certification. GreenPro is a global Ecolabel accredited with Type-1 Ecolabel by the Global Ecolabelling Network.
Sustainable by nature, this product is a proud bearer of the distinguished GreenPro Certification [GPMSP338003] of sustainability.
Water contamination in oil occurs due to condensation, seal leakage, cooling system failures, or humid environments, common conditions in coastal and desert climates. Although oil and water are naturally immiscible, mechanical agitation, additives, and pressure variations can create stable emulsions. These emulsions reduce lubrication film strength, accelerate oxidation, and cause corrosion of metal surfaces.
Free water Dissolved water Emulsified moisture Suspended particles Oxidation sludgeRestoring oil purity, it prevents premature bearing wear, hydraulic failure, and turbine inefficiencies.
LVDH (Low Vacuum Dehydration System) is a specialized purification process designed for industrial oils.
Stage-wise Filtration: Multi-layer mechanical filters capture particles down to fine micron levels. Low Vacuum Chamber: Reduced pressure lowers water's boiling point, allowing moisture removal at safe temperatures. Vapor Separation: Extracted moisture converts to vapor and is expelled without degrading oil additives. Polishing Filtration: Final filtration ensures oil meets stringent cleanliness standards.Unlike high-temperature systems, LVDH technology preserves oil chemistry while achieving superior dehydration efficiency.
Advanced multi-stage filtration for solid particle removal. Low-temperature vacuum dehydration for safe moisture extraction. Stand-alone bypass design for online or offline operation. Automated controls for minimal operator intervention. Rugged construction suited for harsh industrial environments. Energy-efficient operation for reduced lifecycle costs. Extends oil service life by removing contaminants Reduces equipment downtime and maintenance frequency Improves lubrication efficiency and heat transfer performance Minimizes component wear and corrosion Lowers oil replacement and disposal costs Enhances system reliability and productivityFor industries operating 24/7 processes, such as refineries, utilities, and steel plants, these benefits directly translate into measurable financial savings.
Hydraulic oil Turbine oil Gear oil Compressor oil Thermic fluid Lubricating oil Power generation plants (gas, steam, nuclear, solar thermal) Oil & gas processing facilities Marine and offshore operations Steel and aluminum production Cement and construction materials plants Mining and mineral processing Automotive manufacturing and heavy engineering Desalination and water treatment facilities Achieves NAS cleanliness levels up to Class 5–6 Removes moisture above 100 PPM levels Up to 100% free water separation Removes dissolved and emulsified water Enhances bearing life and oil oxidation resistance Connect the system inlet and outlet hoses to the equipment reservoir. Start the filtration cycle in bypass mode. Activate the vacuum dehydration stage. Monitor moisture and cleanliness indicators. Continue operation until the desired oil purity is achieved.A high-performance Oil Dehydration System is more than a filtration device, it is a strategic reliability investment. By removing water, sludge, and contaminants from industrial oils, it safeguards critical machinery, extends lubricant life, and reduces operational costs.
For industries operating in demanding environments, adopting advanced low vacuum oil dehydration technology ensures long-term efficiency, sustainability, and uninterrupted production.
Take action today: Upgrade your lubrication reliability strategy with a proven industrial oil purification solution designed for modern industry.
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