
Vene-pure® on-site purification extends lubricant life, reduces oil consumption and disposal costs, and extends equipment service life — delivering measurable savings on every project.
Venefilter helps clients significantly reduce operating costs through on-site purification that extends lubricant life, cuts oil consumption, lowers disposal costs, and extends equipment service life. Our Vene-pure® services use advanced ultrafiltration, vacuum dehydration, and coalescence to restore lubricant and fuel quality in place — without halting operations.
Up to 75% of mechanical failures are caused by particulate or water contamination. Our purification process directly eliminates the root cause — protecting equipment, reducing unplanned shutdowns, and delivering measurable cost savings across your asset base. Vene-pure® is Venefilter’s proprietary brand for industrial oil purification, trusted across oil & gas, power generation, marine, and heavy industrial sectors.
Multi-pass progressive filtration removing bulk particulates before advanced purification stages, protecting downstream equipment and maximizing efficiency.
High-speed centrifugal separation removes free water, emulsified water, and dense particles — ideal for heavily contaminated or high-viscosity lubricants.
Reduces dissolved, emulsified, and free water to ≤10 ppm. Operates continuously without interrupting lubrication system function.
Absolute polishing filtration achieving Beta ratio of 4,000 for final-stage particle removal — delivering the target ISO cleanliness code reliably and consistently.
Proprietary ion exchange technology removes soluble varnish precursors and insoluble oxidation deposits — restoring valve response and eliminating thermal runaway risk.
Coalescing elements combine fine water droplets into larger drops for efficient separation — effective for emulsified water in mineral and synthetic oils.
LUBRICANT PURIFICATION SERVICES
Download BrochureOIL PURIFICATION PROCESS
Download BrochureOur Vene-pure® specialists will assess your system and recommend the optimal purification approach.