
The Technology
AquiPor's porous material technology transforms traditional hardscapes into stormwater assets.
Infrastructure-Grade Porous Concrete
AquiPor's porous concrete technology turns traditional concrete into highly-porous and permeable concrete material that is capable of managing stormwater right where it falls, while filtering pollutants and toxins in runoff.
A New Kind of Concrete
Four breakthrough characteristics that set AquiPor apart from all other permeable solutions.
Material Permeability
Capable of capturing and infiltrating stormwater, reducing stormwater pollution and flood risks at the source.
Sub-Micron Porosity
AquiPor's surface filters pollutants for easy maintenance, removing 97% of Total Suspended Solids and 82% of 6PPD-q (tire wear toxins) from stormwater.
Strength & Durability
Built to the same standards as traditional concrete - with compressive strength that can be optimized from 2,500 to 8,000 psi to meet your project spec.
Versatility
Seamlessly integrates into pour-in-place, precast, and dry-cast concrete mixes.
Inherently Green Concrete Technology
AquiPor's material technology is a concrete additive that can help lower the total cement content in concrete, reducing its overall CO2 footprint.

Environmentally Conscious
AquiPor's material is sourced from industrial by-products, negating the need for energy intensive calcining or sintering.

New Material Technology
Proprietary lightweight aggregate facilitates permeability and stormwater filtration characteristics in concrete.

Drop-In Technology
AquiPor is fully compatible with cast-in-place, precast, and dry-cast manufacturing processes.

Reducing CO2 Emissions from Concrete Production
AquiPor's porous concrete utilizes a permeable aggregate sourced from a novel Catalytic concrete mix that features a significantly lower CO2 footprint than normal concrete.
As part of AquiPor's porous concrete matrix, this permeable aggregate can help lower the overall CO2 footprint of concrete production and offer end-users a greener concrete alternative.
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