CUSTOM MANUFACTURE WASTE WATER

Brand Owner (click to sort) Address Description
EQUIFLOW Fresh Creek Technologies, Inc. 1287 Windham Pkwy Romeoville IL 60446 custom manufacture of waste water purification units and fresh water storage units;EQUI-FLOW;waste water purification units for industrial use and fresh water storage units for industrial use;
FRESH CREEK Fresh Creek Technologies, Inc. 1287 Windham Pkwy Romeoville IL 60446 custom manufacture of waste water purification units, fresh water storage units, and floatables removal systems comprising pontoons, screen baffles, conveyors, storage containers, sluice gates and sluice gate supports, hoists, funnels, and mesh bags;waste water purification units for industrial use; fresh water storage units for industrial use; floatables removal systems comprising pontoons, screen baffles, conveyors, storage containers, sluice gates and sluice gate supports, hoists, funnels, and mesh bags;
FRESH CREEK Fresh Creek Technologies, Inc. 1287 Windham Pkwy Romeoville IL 60446 custom manufacture of waste water purification units, fresh water storage units, and floatables removal systems comprising pontoons, screen baffles, conveyors, storage containers, sluice gates and sluice gate supports, hoists, funnels, and mesh bags;waste water purification units for industrial use; fresh water storage units for industrial use; floatables removal systems comprising pontoons, screen baffles, conveyors, storage containers, sluice gates and sluice gate supports, hoists, funnels, and mesh bags;
MIGHTY MAC Bugg, William P. 7MA Avenida, S/N Manzana 12A, Lote 1 Cabo San Lucas, B.C.S. 23460 Mexico Custom manufacture of waste water treatment plants and units and their parts, namely, linear blowers, effluent filters, chlorinators, control panels and high water alarms;MIGHTY MACK;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Process for treating waste water on ships in which the waste water is pretreated by surface filtration, the pretreated waste water being collected in a first tank acting as a mixing tank and optionally enriched with oxygen. The waste water from the first tank is continuously fed to a three stage bioreactor, in which aerobic waste water treatment takes place in a second tank, waste water is fed in batches from a second tank to a third sealed tank, in which denitrification and sedimentation of the solids takes place. Water from the third tank is fed into a fourth tank acting as a settling tank with the largest part of the sludge being recirculated in batches from the third tank into the first tank and, after disinfection, the water from the fourth tank is subjected to fine filtration.