An Arctic Project: QC and Leak Location of a Bituminous Liner
In the latest addition to our GeoAmericas series of stories, we look back at the GeoAmericas 2016 project story of how Groupe Alphard utilized electrical leak location (ELL) surveys...
Geosynthetics in Airport Runway Design
Geosynthetics provide a number of engineering solutions for airports, such as secondary containment for fuel depots, containment for deicing runoff, stormwater management, and runway and taxiway reinforcement.
For runways and...
Geotextile Dewatering Bags for Desludging Wastewater Ponds
For #ThrowbackThursday, we revisit the most popular project story on Geosynthetica from 2018. The story was originally published 29 January 2018, which gave Oriokot's article on the use of...
High-Tenacity Polyester Linear Strips in Non-Standard MSE Structures
Extensible geostrip or strap reinforcement has been a fascinating topic in reinforced soil discussions, particularly over the past five years. It’s an older reinforcement technology, with inextensible metallic strip...
Increasing Hatchery Production with Geomembranes
Recently, we looked at the promise of geosynthetics in aquaculture operations, with AGRU having published a podcast on the subject. We also looked at a previous story on Geosynthetica...
Story of a Photo: Geomembrane Integrity Survey from a Crane
While nosing around in Geosynthetica's archives, we happened upon an interesting photo (dated 2004) of Ian Peggs conducting a liner integrity survey while suspended from a crane. Though liner integrity surveys are common, the conditions in which they must be conducted vary wildly. We asked Dr. Peggs if he might offer a few notes about this particular situation. Here's what he shared with us. Read more.
GCLs Save a Fish Ladder and a Historic Structure in Germany
The Swabian Gate Weir was constructed in 1873 on the Dreisam River in Freiburg/Breisgau, Germany. The historic installation was listed for monument protection, but its decaying state began to...
Improved Soil Bearing Capacity for Minerals Storage Yard with Geocells
A major intermodal logistics facilities and solutions provider for global commodities transport sought to construct new warehouses at a site in Perú. However, poor foundation conditions--clay silt materials, high...
Roadway Embankment Reconstruction after Extreme Weather
Composite reinforcement systems that combine geosynthetics with different facing systems and supports (steel mesh, soil anchors, etc.) have grown substantially in use. These systems enable very efficient construction of...
850 Geotextile Bags Protect Historic Scottish Golf Course
Founded in 1832, the North Berwick Golf Club in the UK is one of oldest clubs in the world. In fact, you’d have to visit historic St. Andrews to...
Dewatering Tubes Solve Stormwater Blockage in Brisbane River
Geotextile tubes are used in a wide variety of applications, such as coastal protection, flood defense, industrial processing, wastewater treatment, and dewatering. The use of dewatering tubes is quite...
Stabilizing Soft Soils at a Dredge Disposal Facility
The Manitowoc Containment Facility is an engineered structure designed to hold materials excavated during dredging activities in Manitowoc Harbor (Wisconsin). Confined Disposal Facilities (CDFs) like this one are one...
Petrochemical Site Requires Unconventional Road Design on Soft Soils
Geosynthetics are used frequently to support roads that are built specifically for temporary or limited exposure to very heavy loads. This petrochemical installation project, first presented at GeoAmericas 2016...
Reinforcing Zophia, Europe’s Largest Onshore Wind Farm
Ukraine has become a rising star in renewable energy, having opened to significant investment in solar and wind energy. Wind farms show particular promise. The EUR 1 billion+ Zophia...
Mega Fish Farm in Egypt Secured with Geosynthetics
In Egypt, Phase 2 of the mega aquaculture project in East Port Said is well under way. The project was initiated by government in 2017 and includes construction of...
Unique Project Showcases Interior Design with Geocells
If you visit a geosynthetic manufacturing center, distribution warehouse, or job site, you’ll often find unique uses of the materials. Installers might use extra scraps of HDPE to weld...
EU Accession Supported by Landfill Upgrades
By NAUE - In the course of the European Union (EU) accession process, the adaptation of waste management to the EU's legal framework can be a major challenge for...
The American Revolutionary War, a Failed Slope, and Geogrids
On this day in history (June 11), in 1776, the Second Continental Congress formed the Committee of Five, which was charged with drafting the Declaration of Independence. The team...
FGI Video Podcast on MSW Slope Failure
The Fabricated Geomembrane Institute (FGI) continues to expand its technical and educational offerings, highlighting not just fabricated geomembranes but larger engineering concerns in applications that commonly incorporate these materials...
Efficient Watertight Dams Since 1974 Using Bituminous Geomembranes
This article is part of Geosynthetica’s GeoAmericas series. Written by Natale Daly, Bertrand Breul, and Bernard Breul of Axter Coletanche and published originally in the GeoAmericas 2016 proceedings by...
Revisiting LPV 111 and Geosynthetics in NOLA Levees
The human and infrastructure devastation inflicted by 2005’s Hurricane Katrina has led to years of levee design revisions and reconstructions in the New Orleans, Louisiana (NOLA) region. The United...
Geosynthetic Technical Barriers Create Continuity at Ennigerloh
Geosynthetic materials and mineral components are used as technical barriers for landfills. As a base seal, these engineered systems prevent polluted liquid seepage into groundwater. As a landfill cap,...