The Dynatec Difference Treatment of industrial oily wastewater using tubular Ultrafiltration Problem: The automotive powertrain plant orig

The Dynatec Difference Treatment of industrial oily wastewater using tubular Ultrafiltration Problem: The automotive powertrain plant originally used a spiral configured ultrafilter (UF) and when the spiral UF required too much care and maintenance the treatment scheme was changed to chemical physical (C//P). The C//P system was not able to consistently remove oil. Solution: Dynatec’s tubular ultrafilter was selected to replace the chemical treatment system. A simple mechanical process that includes free oil separation, Equalization, process feed and Ultrafiltration.  There are no chemicals used other than those used to adjust pH and//or precipitate metals  The levels of waste material for disposal are much lower than conventional physical//chemical waste processes  The system mechanically separates and concentrates the contaminants in the wastewater, which are then disposed  Oil & grease and TSS are essentially zero from the Dynatec Ultrafilter  Consistent high quality discharge (permeate) Significant Savings  Waste stream concentration lowers disposal fees  Continuous operation minimizes labor requirement  Easy maintenance reduces labor costs  No chemical required Technology Benefits Membrane Separation System Using Tubular Ultrafilters (UF)  Simple mechanical process  Consistent high quality water  Ability to reuse purified water  Low operating costs  Unattended operation  Minimal disposal costs Services Provided  DBOOM—Design, Build, Own, Operate and Maintain  Systems Design  Equipment and Installation  Operator Training  Maintenance Contract A typical membrane for oily wastewater application