Water is a finite resource that at present, is being consumed at an alarming rate which far exceeds its natural replenishment. Too much stormwater is wasted escaping via stormwater channels into the river and sea. To overcome this, on-site detention tanks and rainwater harvesting can contribute towards better management of this precious resource.
EnviroModule have been designed and developed to accommodate the principles and best management practices for water sensitive urban design. Conservation and re-use of stormwater will make a big impact towards the future of the planet.
Weight : 4 -5 kg
Compressive Strength Standard Duty : 24.5 tonnes/m2
Compressive Strength Extra Duty : 28.6 tonnes/m2
Storage Volume : 105 litres
Module Material : Recycled Polypropylene
Standard Duty modules are suitable for landscaped areas and Extra Duty modules are required for trafficable areas such as driveways, carparks and where greater depth of cover is needed.
Weight
: 4 -5 kg
Compressive Strength Standard Duty
: 24.5 tonnes/m2
Compressive Strength Standard Duty
: 28.6 tonnes/m2
: 105 litres
: Polypropylene
Standard Duty modules are suitable for landscaped areas and Extra Duty modules are required for trafficable areas such as driveways, carparks and where greater depth of cover is needed.
The modular flexibility of the EnviroModule system allows effective water storage solution that will suit each project. EnviroModule tanks can be installed in landscaped areas and under trafficable areas such as a driveway or carpark where external space is limited which will not compromise valuable land area and avoid unsightly visual impact. Rainwater is collected from the roof or surrounding impermeable surface and directed into the EnviroModule tank.
It is essential to remove and prevent sediments and pollutants from entering the tank by filtering the incoming flow of water. This can be done via EcoClean Continuous Deflection Seperation (CDS) Gross Pollutant Trap (GPT) or any other suitable GPTs. In the event the tank surcharges, excess water will be discharged to a nearby stormwater outlet via an overflow pipe.