Permacell™ In Depth: Applications

More specific applications for Construction and Architectural uses of Permacell™ are as follows:

Drainage Structures - The highly permeable material allows for free fluid movement throughout the structure. The self supporting structure combines drainage qualities and structural integrity into one unit. The smooth pores formed by Permacell™ resist clogging by soil particles and facilitate free drainage of water, alleviating problems associated with hydrostatic pressure.

Permeable Road Base - As a cemented and permeable road base, Permacell™ will bleed storm water into a drainage system and away from the road, in areas of poor soils that are susceptible to instability from high moisture contents. The material can be placed with conventional highway construction equipment and eliminates compaction.

Scour Protection - Permacell™ applied as a massive "filter" under rip-rap and at the base of bridge piers and abutments, prevents hydraulic scour and subsequent structural failure.

Retaining Walls/Retaining Wall Backing - As an effective hydraulic pressure relief, Permacell™ can be utilized as an invisible backing layer for dry-laid brick or stone walls. Strength is also added to the wall by adhering to the brick or stone, creating a massive unit. Alternatively, Permacell™ can be used as a substitute for the rock and brick to construct retaining walls. Conventional concrete coloring products can be used in the mix to blend with surroundings, and forms can be used to create any desired shape.

Foundation Drains/Pipeline Beds - In surface water and/or high water table conditions, Permacell™ provides a free-draining base material where additional support or inherent structural characteristics are required.

Greenhouse Flooring/Flatwork - Permacell™ provides a durable, permeable flooring system for commercial applications, or flatwork such as sidewalks, requiring free draining characteristics..

Patios/Landscaping - Permeable patios and walkways for all climates can be made from Permacell™ mixtures. The photos below show a patio made in Denver, Colorado in 2006; it includes a 2-foot retaining wall and a planter. This patio has yet to exhibit any "pop out" issues.