Treated water from the SludgeHammerTM treatment system, provided by NextGen Septic, LLC, is discharged subsurface into the ground using an NSF 40-approved system consisting of several 12-inch- diameter pipes. These pipes disperse the treated water evenly into the sand bed below. Infiltrator Water Technologies currently markets these sub-surface pipes.
Can be installed in sloping ground – Site evaluation shows slopes between 7 – 15 degrees; the proposed system can be installed in any of these areas.
Weathered rock is 21 – 34” deep; the proposed treatment system can be installed with a minimum of 6 inches of soil below the distribution pipes.
The proposed treated water dispersal system offers a soil drain field reduction of at least 40% compared to conventional soil drain fields and
The proposed treatment system offers a significantly better level of wastewater treatment and can be scaled up for communities, buildings, etc.
The main advantages of the proposed treatment system compared to the conventional septic tank and soil drain field design are as follows:
more efficient
longer lasting
more quickly installed.
less costly
better suited for complex sites
smaller in area (40% less than conventional septic fields)
disperses wastewater more evenly than pipe and stone.
distributes cleaner water, allowing a smaller system footprint than conventional drain fields.
more environmentally friendly
The land area required for the proposed treatment system is at least 40% less than that of a conventional soil drain field, which is a significant savings in installation costs.
But the benefits of this powerful solution don’t stop there:
In addition, the proposed product has undergone rigorous testing to ensure that it meets treatment requirements throughout the US and Canada.
This powerful treatment technology is NSF-40 Class I Certified by the NSF. And it is also certified for Secondary and Advanced Septic Treatment by the Bureau de Normalisation du Quebec (BNQ).
The passive treatment and dispersal system consists of the following components:
a) Plastic pipe made with a significant percentage of recycled material
b) 10 ft. sections (can be cut to any length)
c) Ridged and perforated, with skimmer tabs on the interior
d) Supplied with Bio-Accelerator along the bottom of the pipe (the sewn seam indicates
“this side up”).
e) Surrounded by a mat of randomly oriented plastic fibers
f) Wrapped in a non-woven geo-textile fabric stitched in place
g) Exterior diameter of 12 in.
h) Each ten (10) ft. section has approximately a liquid holding capacity of 58 gallons
i) A 10 ft. length of pipe is flexible enough to bend up to 90°
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