Rotek Water Treatment & Filtration System ...
A typical exchange mixed bed deionisation system includes pre-filtration, de-chlorination and two resin beds. Options are available for UV sanitation and sub-micron final filtration stages. System capacity will vary according to feedwater conductivity and the amount of ion-exchange resin in the system. Ion-exchange resin beds are available with 12 to 100 litres or mixed-bed deionisation resin, capable of processing between 1,800 to 30,000 litres of 50ppm TDS (75mS/cm conductivity) feedwater. System flow rate vary according to system configuration between 2 and 40 litres/minute. Minimum water quality exiting the systems is 1.0 M/cm resistivity (1 µS/cm conductivity) with all suspended solids above a nominal 1 micron removed. Optional UV sanitation lamps and pre-treatment stages are also available to tailor each system to your specific requirements.
If the system is fed from mains water, the deionisation process begins with sediment removal (pleated cartridge filter cartridge and activated carbon based de-chlorination. This water passes through a two mixed-bed ion exchange resin beds (worker and polisher) to achieve the required minimum resistivity of 1.0 MW/cm.
For applications where the feedwater is supplied from an existing reverse osmosis system or distillation unit, the ExDI systems can be configured as polishers only with no pre-treatment stage for de-chlorination or sediment removal. In such cases, the standard monitor lamp is replaced with a digital resistivity monitor with readout of measured deionised water resistivity (conductivity and TDS monitors are also available by request). Water quality exiting these polisher configurations will meet ASTM Type 2 or 3 standards if required.
Key Features:
To contact Rotek Australia about Rotek Water Treatment & Filtration System | Deionisation use Get a quote.
A typical exchange mixed bed deionisation system includes pre-filtration, de-chlorination and two resin beds. Options are available for UV sanitation and sub-micron final filtration stages. System capacity will vary according to feedwater conductivity and the amount of ion-exchange resin in the system. Ion-exchange resin beds are available with 12 to 100 litres or mixed-bed deionisation resin, capable of processing between 1,800 to 30,000 litres of 50ppm TDS (75mS/cm conductivity) feedwater. System flow rate vary according to system configuration between 2 and 40 litres/minute. Minimum water quality exiting the systems is 1.0 M/cm resistivity (1 µS/cm conductivity) with all suspended solids above a nominal 1 micron removed. Optional UV sanitation lamps and pre-treatment stages are also available to tailor each system to your specific requirements.
If the system is fed from mains water, the deionisation process begins with sediment removal (pleated cartridge filter cartridge and activated carbon based de-chlorination. This water passes through a two mixed-bed ion exchange resin beds (worker and polisher) to achieve the required minimum resistivity of 1.0 MW/cm.
For applications where the feedwater is supplied from an existing reverse osmosis system or distillation unit, the ExDI systems can be configured as polishers only with no pre-treatment stage for de-chlorination or sediment removal. In such cases, the standard monitor lamp is replaced with a digital resistivity monitor with readout of measured deionised water resistivity (conductivity and TDS monitors are also available by request). Water quality exiting these polisher configurations will meet ASTM Type 2 or 3 standards if required.
Key Features:
To contact Rotek Australia about Rotek Water Treatment & Filtration System | Deionisation use Get a quote.
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