WASTE WATER TREATMENT & PURIFICATION
» Membrane Systems
» Biological Treatment Systems / Recycle Systems
Aqueous Solutions custom designs and fabricates membrane systems for water purification, waste water resource reclamation and water recycling. There are several membrane separation technologies, each characterized by different capabilities and operating specifications. Membrane types listed by pore size from largest to smallest.
Included in the range are systems for:
» Microfiltration
» Ultrafiltration
» Nanofiltration
This chart indicates the range of results achievable from each separation technology. Click on the image to load an Adobe Acrobat file. Our membrane systems can be mounted in trailer based systems for temporary installations or where plot area is limited. |
 |
Microfiltration
Common applications include the removal and recovery of oils, surfactants and paints from waste streams, clarification of wines and juices, and polishing of ultra pure water for bacteria and particle removal.
Ultrafiltration
Ultrafiltration is a membrane process that separates colloidal material, emulsified oils, micro biological materials, and large organic molecules. The range of separation is generally 10,000 to > 80,000 molecular weight.
Nanofiltration
Nanofiltration membrane technology separates solution to the molecular level. It rejects various larger size organic, including dyes and sugars and also has a strong rejection of divalent ions over monovalent ions. Nanofiltration generally uses spiral wound membranes configured in a similar design as reverse osmosis. Some applications include partial softening of feed water, removal of contaminants from water or acid streams, and pretreatment for reverse osmosis or other high purity systems.
Biological Treatment Systems / Recycle Systems
Aqueous Solutions BioBox™
Utilising Moving Bed Biological Reactor (MBBR) technology Aqueous Solutions are able to offer a novel, cost effective process to remove BOD, nitrogen and nutrients from waste streams. Suitable for winery, abattoir and a range of other effluents this technology offers small footprint and high efficiency processing to achieve class A recycled water.
