Pictures and video demonstration of: Porous Paving Driveway Construction
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Green-built (environmentally conscientious) roadway installation video summary:
Step 1 - preparing the cut into the adjacent asphalt roadway approach. Setting the correct grade depth, leveling, and re-compacting the pervious (clean angular) gravel subbase.
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Notice that, when using StabiliGrid™ it is not necessry to use anchors or pins during the installation process.
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Watch the construction/installation video: installation video options follow...
Question: We have found that simply watching this video will answer a lot of your questions about "How difficult is it to install an environmentally sound eco-friendly road, parking lot or driveway?"
Answer: Not hard at all. And if you use the correct building material, and follow the correct prescriptive application, this porous roadway will outlast the the owner, the installers, and the buildings on the property themselves.
This video is available in various formats (including optimized for personal communications devices) ...
Step 2 - installing the high-LOAD geogrids.
Certified rate-of-installation: up to 1,000 square feet/man-hour.
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Reason: StabiliGrid's patented connector system is rated and laboratory-tested at 5,600 newtons / meter (approximately 1/2 ton per linear foot).
Max. Shear Load: 1.4mt / meter | Stability of shape: - 58º to +194º F | Compressive Strength: 350 metric tons/m² (35.8 tons/ft²)
Tensile Strength: This creates a strong+flexible, positive-horizontal-connectivity; creating a single contiguous structure which is able to support any street-legal vehicle in the USA. Vehicular loading = 22.45 tons / vehicle axle! | lifespan = indefinite!
(Compare above to any other geogrid in the world, all of which require "handling with kid gloves." Not StabiliGrid™! )
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Step 3 - in situ trimming to fit using common tools.
Below: Because of the high Flexibility + Durability, dumptrucks and other construction vehicles may be driven directly on top of the exposed geogrids during backfilling.
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Step 4 - backfilling and re-leveling: For permeable roadways: Please notice that any overfill must be removed.
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Step 5 - pressing the backfill medium into the open cells: This prevents future suface migration, the clean, porous gravel will be "wedged" into the cells to prevent erosion or migration of the backfill medium (note: there is no overfill medium ! ).
Grassed Paving: Please note that when a grassed roadway pavement surface is preferred over this engineered gravel driving surface, the pavement will strengthen over time as the vegetation root structures further anchor the system into the earth (where it belongs, not "on top of the earth").
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Step 6 - start driving on the high-vehicular-load, water-permeable, pervious porous pavement immediately: No waiting for drying or curing, no worrying about fragility or brittlenes, the StabiliGrid™ is German-engineered and German-manufactured for public highways and streets, commercial/industrial traffic, even NATO-Certified for military vehicular and aircraft traffic.
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Demonstration Photos:
Driveway Construction - Pervious Pavement
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