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Next Generation Services helps Indianapolis manufacturers and industrial facilities save up to 60% on lubricant costs through expert oil reclamation. By filtering and restoring your current fluids instead of replacing them, we help you improve equipment uptime, reduce waste, and cut operational costs.
As a hub for logistics, manufacturing, and advanced production, Indianapolis businesses rely on smooth, uninterrupted machinery. Clean, contaminant-free oil is essential to keeping those operations running efficiently.
We offer both onsite and offsite oil reclamation, filtration, and dehydration services tailored to Indianapolis facilities of all sizes.

Increase the Life of Your Manufacturing Equipment
Indianapolis Oil Filtration Services & Water Removal
Our high-performance filtration systems remove particulates and water from industrial fluids, restoring oil to usable condition and protecting your equipment.
Oil Dehydration Services
Moisture accelerates oxidation and system wear. We eliminate water from your oils quickly and efficiently using advanced vacuum dehydration units.
Industrial Fluid Monitoring
Monitor oil condition in real time and receive actionable insights that support predictive maintenance and prevent failures.
Confined Space Tank Cleaning
Our certified team safely removes sludge and contaminants from tanks and reservoirs during shutdowns or changeouts.
Lubrication Application Consulting
We help you choose the right oils and apply them correctly for maximum effectiveness, lower costs, and extended system life.
Full Suite of Oil Management Services
Lube System Flushing
Clear system blockages and restore hydraulic performance
Turbine Reservoir Service
Support for power generation and high-load equipment
Fuel Filtration Services
Improve fuel cleanliness and prevent injector damage
Oil Analysis Services
Get lab-grade reports to drive smarter maintenance
Fluid Monitoring Services
Predict breakdowns and optimize change intervals
Oil Reclamation Equipment Rental & Service
Rent filtration systems with full operator support or as standalone units