Technical answers for coolant and filtration projects.
Evaluate coolant contamination, tramp-oil control, central-system sizing, equipment specifications, and replacement-part requirements with direct engineering guidance.
Start with the operating requirement
Select the issue or project that most closely matches your facility.
Free oil, mechanically dispersed oil, and suspended solids support bacterial growth that contributes to odor and premature coolant failure.
The appropriate removal method depends on the oil source, fluid chemistry, reservoir conditions, and whether the oil is free, dispersed, or chemically emulsified.
System selection considers machine count, coolant volume, transfer method, contaminant load, facility layout, and required processing rate.
Define equipment scope, removal performance, deployment, payback, and long-term support requirements for your plant.
Review available flow rates, filtration ratings, utilities, footprints, configurations, and options, then request the drawings and quotation required for the project.
Coalescers, media, and consumables are identified by model and nameplate number. EdjeTech confirms current availability for the installed unit.
Need help with another application?
Discuss unusual fluids, facility constraints, custom flow requirements, or nonstandard contamination with an EdjeTech engineer.
Evaluate, size, or specify the system
Estimate operating savings, compare central-system capacities, or discuss the application with an engineer.
- Savings estimate
Savings calculator
Estimate annual savings and payback using current fluid and disposal costs.
Estimate potential savings → - Equipment selection
C.R.O.S.S. or T.O.S.S.
Compare operating scope, equipment placement, treatment objective, and flow range.
Compare equipment → - Application review
Talk to an engineer
Review fluid compatibility, contaminants, process requirements, and equipment configuration.
Request an application review →