23
Aug

GeoKrete® Geopolymer Awarded “Reduced Carbon Footprint” Certification

The infrastructure rehabilitation material demonstrates a 51% to 59% smaller carbon footprint when compared to Portland and calcium aluminate cements over the entire product lifecycle.

Houston, TX (August 22, 2018)

Quadex LLC, a division of the Vortex Companies recently announced that its GeoKrete® Geopolymer mortar has received Reduced Carbon Footprint Certification by SCS Global Services, an internationally recognized sustainability certification body. GeoKrete was evaluated for its lower overall carbon footprint as it relates to potential greenhouse gas emissions from raw material extraction through manufacturing, use and end-­‐of-­‐life.

GeoKrete geopolymer is a fully structural corrosion resistant lining solution for the rehabilitation of large diameter pipe,  culverts,  tunnels,  manholes  and  other  non-­‐round  infrastructure.  “We  are  extremely  pleased  with  this certification and will continue to strive to deliver products that are not only effective, but environmentally responsible,” said Neil Wisener, President of Quadex.

“Concrete, as a material, is one of the leading emitters of carbon dioxide, contributing as much as 5% to global carbon dioxide levels. GeoKrete replaces the need for traditional concrete repair systems, thereby reducing the overall contribution to global warming emissions,” said Keith Killpack, Manager of the Life Cycle Assessment team at SCS.

Stricter regulations and public pressure are forcing cities, counties and asset owners to identify and use more environmentally conscious products. GeoKrete is not only a cost-­‐effective form of trenchless rehabilitation and a next generation structural coating solution, but is now proven to provide the added benefit of a reduced carbon footprint.

About Quadex

Quadex has been developing and manufacturing advanced repair materials for water and sewer infrastructure since 1991. The company specializes in geopolymers, hybrid cements, epoxies, and patching materials as well as the design of custom application equipment.

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