Ion Exchange Waterleau Ltd. products

Advanced aerobic technology  produces treated water that is continuously of highest quality, allowing for safe effluent discharge and stable process performance.  Anaerobic technologies with high removal efficiency of organic matter, are particularly suited to treat highly concentrated waste waters such as from brewery, distillery, tannery, paper, fermentation and pharma industries.  Waste water recycle technologies include advanced membrane processes such as the membrane bio-reactor which produces an effluent that is extremely pure and appropriate for immediate reuse, as well as the fluidised media reactor and packaged sewage treatment systems.

Membrane Bioreactors For Compact Waste Water Treatment & Recycle. Ion Exchange Waterleau Ltd. offers two different membrane bioreactor concepts to produce an effluent that is extremely pure and appropriate for immediate reuse. Micro and ultra filtration membranes can be used for the separation of sludge and biologically purified waste water. By replacing the sedimentation step by membrane separation it is possible to operate the bioreactor at much higher concentrations, thereby reducing the volume of the bioreactor drastically.  An extra advantage of the fact that the filtrate is virtually free from suspended solids and bacteria since these cannot pass the membranes.  The filtrate will thus be ready for reuse or for further treatment by reverse osmosis.  Two membrane bioreactor concepts are possible depending on the choice either to submerge the membranes into the bioreactor or place these membranes in an external loop. 

In the X-TRACTOR Crossflow Membrane Bioreactor, tubular membranes are placed outside in an external loop of the bioreactor. Due to the high-energy consumption, caused by the high-speed circulation, this crossflow concept is  used to treat smaller but more difficult waste water flows.

INDION recycle solutions integrate physico-chemical, biological and membrane separation processes for optimum water recovery. They include advanced effluent treatment processes, micro filtration, ultra filtration and reverse osmosis systems, membrane bio-reactors and and advanced photo-chemical oxidation.

Utilises a special collision process for maximizing the action of venturi throats. Ideally suited for all types of incinerator off-gas cleaning applications as well as for any other applications requiring high particulate matter collection efficiencies.

BIOWAVE is a proprietary bio-scrubber system for off gas treatment using a collision scrubber and biological treatment with thermophilic bacteria. The Main advantage is no packing for mass transfer and hence no plugging.

Utilises naturally occurring microorganisms to destroy VOCs and other odorous compounds by converting them into Carbon-di-oxide and water. Low operating costs and low maintenance are key benefits of this technology.

Designed to reduce VOCs including chlorinated and sulfur containing compounds in process gas vent streams. The system’s low temperature oxidation/heat recovery combination results in a very efficient RCO with low operating costs and high removal efficiencies.

A highly efficient process for thermal destruction of VOCs that utilizes regenerative heat recovwery to minimize fuel costs. Designed to achieve upto 99% removal in a single tower design.

Efficient process for thermal destruction of VOCs and pumpable fluids.  Low emission levels could be achieved and destruction efficiency > 99.9999%.