Maxiplas, our South Australian partners have launched some new TV commercials featuring ecoAID.

EcoAID provides designers and specifiers with greater flexibility. The system installed at GippsTAFE in Chadstone, Victoria provides approximately 60,000 litres of stormwater retention for harvesting and re-use around the campus, plus 60,000 litres of on-site stormwater detention to attenuate flows leaving the site.

City of Sterling in WA support Australian manufacturing and businesses in their recent infiltration and sump augmentation works.

EcoAID has been successfully and rapidly deployed across the Tasman to resolve drainage and sediment issues on an industrial estate.

Click through to see video footage of Private Aquifer being installed at Ivanhoe Grammar Girls’ School. The water storage created using ecoAID’s Private Aquifer system will ensure the school grounds’ appearance through peak summer demand periods will reflect the excellence of the education on offer.

Installation footage demonstrates the advantages of developing stormwater management systems in Australia for the local construction environment.

A space saving water storage solution that offers a longer service life cycle than above ground, exposed poly tanks.

There were many benefits to be gained by converting an old open infiltration basin into neatly landscaped, native planted raingarden, which still caters for the stormwater runoff volume from a 1 in 100 storm event.

Moonee Valley City Council give mains water and associated restrictions the flick at Maribyrnong Park in favour of treated borewater, stored in an innovative, secure, underground artificial aquifer supplied by EcoAID.

An early start by the installer at this Portsea residence enabled a 23,000 litre EcoAID underground aquifer to be installed in one day.

SMS is a completely modular, structurally strong, below-ground chamber system for temporary or permanent storage and treatment of stormwater and rainwater. SMS helps implement Water Sensitive Urban Design (WSUD) principles.

Flow control devices such as vortex units fitted to the outlet of a stormwater detention storage reduce the over storage volume requirement and prevent outlet blockages.

A brief introduction