dizzerÂŽ220 - dizzerÂŽ450

The dizzerŽ220 and dizzerŽ450 modules are particularly suited to the filtration of process water and water for industrial use, though they can also be used at point of use and point of entry. The modules are stable and robust, which allows them to work at full capacity even with water that is difficult to clean. You can be confident that any germs and bacteria will be filtered out. The dizzerŽ modules were designed on the basis of many years of experience in developing, producing and operating membranes and modules. To obtain more information on the different ways in which the dizzerŽ220 and dizzerŽ450 modules can be used, please get in touch with inge watertechnologies. We will be delighted to help! Technical data: Length (incl. end caps): 672/1172 mm MultiboreŽ capillaries per fibre: 7 Inside diameter: 0.9 mm Active membrane surface area: 2.2/4.5 m² Surface loading rate for filtration: 60 - 140 l/(m²h) Surface loading rate for backwashing: 200 - 250 l/(m²h) Benefits: - Compact design - Quick and easy installation - Space-saving vertical assembly of modules - Consistently high filtration performance

dizzerÂŽ3000plus

The design of the dizzerŽ3000plus module ensures optimum throughflow combined with top-class water purification. Potential applications include drinking water, process water, water for industrial use, swimming pools, sea water and waste water. The dizzerŽ modules operate entirely without the use of pressure pipes. This allows for significant savings to be made on piping, valves, fittings and installation engineering, which can result in investment costs being up to 30% lower than for pressure pipe technology. To learn more about the many different ways in which the dizzerŽ3000plus module can be used, get in touch with inge watertechnologies and we will be delighted to help! Technical data: Length (incl. end caps): 1,180 mm MultiboreŽ capillaries per fibre: 7 Inside diameter: 0.9 mm Active membrane surface area: 30 m² Surface loading rate for filtration: 60 - 140 l/(m²h) Surface loading rate for backwashing: 200 - 250 l/(m²h) Benefits: - Compact design - Quick and easy installation - Space-saving vertical assembly of modules - Consistently high filtration performance

dizzerÂŽ5000plus

The design of the dizzerŽ5000plus module ensures optimum throughflow combined with top-class water purification. Potential applications include drinking water, process water, water for industrial use, swimming pools, sea water and waste water. The dizzerŽ modules operate entirely without the use of pressure pipes. This allows for significant savings to be made on piping, valves, fittings and installation engineering, which can result in investment costs being up to 30% lower than for pressure pipe technology. To learn more about the many different ways in which the dizzerŽ5000plus module can be used, get in touch with inge watertechnologies and we will be delighted to help! Technical data: Length (incl. end caps): 1,680 mm MultiboreŽ capillaries per fibre: 7 Inside diameter: 0.9 mm Active membrane surface area: 50 m² Surface loading rate for filtration: 60 - 140 l/(m²h) Surface loading rate for backwashing: 200 - 250 l/(m²h) Benefits: - Compact design - Quick and easy installation - Space-saving vertical assembly of modules - Consistently high filtration performance

T-RackÂŽ

The unique T-RackÂŽ design developed by inge watertechnologies AG is a revolution in ultrafiltration technology. Integrated headers in the end caps transform the T-RackÂŽ into a compact ultrafiltration system equipped with dizzerÂŽ5000plus modules, which provides modular expandability of up to 96 modules in a rack. The system is fitted with vertically mounted modules and the piping is already incorporated within the modules themselves. This compact design takes up 50% less space than conventional racks. Benefits: - Huge space savings - Fully-integrated, standardised solution - Hydrodynamic design - Durable materials

The Capillaries

The capillaries have an inside diameter of 0.9 mm. The water to be treated passes through them and disperses laterally through the membrane. Suspended solids, viruses, germs and bacteria are retained on the inside. For a long time, the success of ultrafiltration on the water market was hampered by the lack of durability and resilience of the capillary membranes. But now this problem has finally been solved! Thanks to new developments by companies such as inge watertechnologies, ultrafiltration is now heading in the right direction to achieve a breakthrough in the market as a highly reliable and efficient filtration technology.

The Patented MultiboreÂŽ Membrane

Just 20 nanometres: that is how small the pores of the high-tech membranes are that the water passes through during ultrafiltration, which makes them 3000 times smaller than the diameter of a human hair! This is a method that promotes health and purity in a world of truly microscopic dimensions. The patented Multibore® membrane developed by inge watertechnologies AG is a major innovation in the field of water treatment. The membrane combines seven individual capillaries in a single fibre within a highly resistant supporting structure. This arrangement significantly increases the stability of the membrane, which virtually rules out the possibility of fibre breakage. The company inge watertechnologies AG has successfully managed to develop and produce its own membrane, which is capable of stabilizing the fibres to such an extent that not a single breakage has occurred since it was first put into operation. This ground-breaking technology from inge watertechnologies can therefore offer you significant cost savings and maximum operating reliability. A membrane fibre structure, which the developers modelled on the honeycomb structure found in beehives, has proven to be an essential ingredient in this new technology’s recipe for success. The Multibore® membrane produced by inge watertechnologies is markedly superior to conventional single-fibre capillary membrane products. The membranes are bundled together in plastic housings (so-called dizzer® modules), thereby ensuring optimum hydraulic properties, extremely high durability and a clean and safe treatment process.