The Klargester ezy drain features a diameter of 110mm through which you can make use of the standard 110 click-fit connector supplied by pipe producers. The size of the pipes are also made smaller at 2 meters length which make it easier to transport and could be used in smaller sized spaces like a back garden herring. It is really a lightweight system and could be quickly installed by one person. The time of installment is four times swifter compared to the gravel based conventional trench and may no longer require the skills of an aggregate specialists. It will only require a labour operation in the backfill of ditches.

The synthetic aggregates found in the Klargester ezy drain is created from reused expanded polystyrene. It’s engineered to supply optimum performance but still keep hold of its shape. The attribute of the manufactured aggregate is that the storage and flow properties makes it reliable for treating effluents and isn’t prone for clogging. Using reused waste materials can make Klargester ezy drain a very sustainable remedy when it comes to environmental impact. The price of installation is quite inexpensive and a lot less than the gravel-based system due to the speed in installing it and also the requirement of merely a single procedure and minimum plant.

The Klargester ezy drain redefines the entire process of scattering wastewater within the soil. It does not block and can work with any type of septic tank and sewage treatment plant. Because it is fashioned within a geo-textile membrane, when delivered it’s already assembled to the site where the soakaway is needed. It is really a great option to punctured pipe work of herring-bone drainfield. The storage and flow rate options that come with Klargester commonly pull off 35% more area compared to the natural aggregates because the pipes are entirely protected. This will gain in increased water treatment performance and may reduce constricting of the system in the long run.

Klargester ezy drain is very useful, high performance and environment friendly. It is remarkably beneficial as a replacement for the conventional carrier drainage in the treatment plant to the discharge site. It’s best to put in as a temporary soakaway that flows through the treatment plant. A periodic soakaway allows the infiltration of treated effluent whereby the ground factors allows or transfers the movement from the effluent to a new launch point when ground conditions are damaging.