Drainage on a roof is unique.
Green roof drainage pipe.
Zurn manufactures a line of green roof drains featuring customizable enclosures to align with the green roof surface.
Featuring durable vinyl construction this extension can be buried bent or connected to additional sections.
The green sewer drain pipe is used for the final underground run from a house to the municipal sewer or septic tank.
The drainage layer is applied over the entire roof area.
In addition to our green roof drains zurn also offers a wide selection of planter style drains for rooftop promenade.
It s important to keep in mind that tree roots can develop destructive force over time and can potentially clog roof drains and drain pipes.
A green roof may require a separately plumbed secondary drainage system also known as the overflow relief system.
It forms an extremely stable and pressure resistant sub base and sometimes serves as an additional thermal air layer.
Install a french drain one of the top yard drainage solutions to divert water away from problem areas.
The 6 slotted triangle shape is used beneath the aggredrain layer and allows for water to flow freely.
It is manufactured to be compliant with astm d 3034 standard and is often referred to as 3034 pipe.
The flexible design easily bends and holds its shape and can be extended from 25 in.
See the full list of features.
As reducing both the amount of drainage pipe required and the diameter of the drainage pipe.
Unlike planting trees in natural soil excess water must find its way to roof drains reliably and consistently over the life of the green roof.
It is pvc but a lighter weight than white schedule 40 dwv drain waste vent pipe.
A function of the drain layer is the application of a root resistant filter fabric.
For flat or nearly flat roofs primary drains are located at the lowest point of the roof.
Water pooling in a yard can kill grass attract mosquitoes and create mud patches.
The green roof solutions drainage conduit is a stainless steel channel for use with the aggredrain system.
Flow of water into them is promoted by positive drainage.
They are planted over a waterproofing membrane often consisting of layers including drainage systems irrigation systems and root barriers.
