Ace Geosynthetics wins top prize in 2009 International Achievement Awards.
TenCate Geosynthetics wins in 2009 International Achievement Awards.
TenCate Geosynthetics wins in 2009 International Achievement Awards.
The purpose of the retaining wall was to create a construction pad allowing enough flat buildable land for the ensuing retail development in Riverside County, Calif.
By the 1990s, it was clear that if the erosion of the riverbank continued, several hundred grave sites could be washed away from the church cemetary in west-central Minnesota.
This project upgraded an existing, narrow rural road to a British Columbia Ministry of Transportation (BCMoT) standard 8m-wide, gravel surface road near Sheridan Lake, B.C.
This project involved installing a soil cap over the surface of a 55-acre sludge pond near Plant City, Fla. under the auspices of the Florida Department of Environmental Protection (FDEP).
This project underscored the advantages of using geogrids to build many of the biggest retaining walls ever constructed in Chilpancingo, the capital city of the state of Guerrero, México.
This project featured the construction of a 1H:1V geosynthetic reinforced steepened slope, 242ft high at Yeager Airport in Charleston, W.Va.
From the 2006 International Achievement Awards for Geosynthetic Projects.
Pavements in the U.S. first incorporated geotextiles beneath roads, parking lots and railroad track ballast in the 1960s. In the early 1970s, 3 million square yards of geotextiles were used in infrastructure projects. By the 2000s, more than 300 million square yards were used beneath roads throughout the world. A 2006 study by the Geosynthetic Research Institute found that 40 out of the 50 state DOTs have a specification for a separation geotextile.
Geotextiles prevent the mixing of the fine subgrade soils with the engineered aggregate support layer. By preventing this mixing, geotextiles prevent early deterioration of roadways.
The cost of the installed separation geotextile is typically less than the cost of 1 inch of base course aggregate; separation geotextiles typically prevent contamination of several inches of base aggregate. Therefore, the benefit significantly outweighs the cost of using a separation geotextile in pavements.
Local and state studies have proven that the use of geotextiles as separators has enhanced road performance as a result of the placement of the geotextile between the subgrade and the pavement aggregate base layer. Studies show the extended life of pavement sections that incorporate geotextiles. These studies have shown reduced long-term maintenance and reduced pavement rehabilitation costs for roads using geotextiles.