Greywater treatment system

H2O Industries (Qld) Pty Ltd
Friday, 29 May, 2009

Commercial laundry application

H20 Industries’ High Turbidity GreyWater Treatment System has been able to successfully treat greywater collected from commercial laundries, residential and office buildings to class A+ quality.

Since early 2008, it has provided Princes Fabricare (Burleigh Heads) with a recycling system that is treating approximately 15,000 litres per hour of laundry raw water. Permeate recovery for this site has been in the vicinity of 9000–12,000 litres per hour. As the re-used water is returned hot through each washing machine by reticulating the water within seconds, energy consumption is also minimised.

A rigorous testing regime conducted by the Queensland state government for accreditation purposes, and to meet commercial laundry usage, has ensured the reticulated water produced by H20’s technologies is suitable for washing purposes without degradation of linen cleaning quality.

The greywater laundry industry is just one of the many industries that consume large amounts of water. Government regulations are now forcing all large commercial water users, including new high-rise buildings (class 3 to class 10), to conform with new legislation.

H20 Industries is looking forward to the commencement and completion of several projects in 2009, one of them being the AMP Six Star Green Star Building located at 31 Little Cribb Street, Milton, Brisbane, to start in July. The system provided at this location will treat all handbasin and shower water for re-use through toilets and irrigation.

Related Articles

Bromelton, Qld, facility receives aerator upgrade

AJ Bush & Sons operates a large-capacity rendering facility at its facility in Bromelton,...

Smart water meters rolled out across Auckland

To better manage water usage across the city, Watercare has started rolling out smart loggers on...

Magnetic method to clean PFAS-contaminated water

The technique is faster, cheaper and cleaner than existing methods, as it does not require...

  • All content Copyright © 2023 Westwick-Farrow Pty Ltd