Ocean Geocomposite

Product Details:

Geocomposite drainage filtration to keep silt and soil particles from clogging the flow or to increase the friction characteristics, GSE offers Geocomposites consisting of a geonet heat-bonded with a nonwoven needle-punched geotextile. It is an optimal solution for landfill liner applications.

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Product Details:

Geocomposites are drainage products manufactured with three dimensional bi-planar Geonets which are laminated either on one side or both sides with non-woven Geotextiles. They offer light weight, factory controlled, easy installation and environmental friendly solution to traditional drainage materials such as granular stones, gravel and sand. Geocomposites are manufactured with varied widths depending upon customer’s need.

 

Application:

• Landfill
• Ponds
• Mining

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Geosynthetics have been used in various ways in new rail tracks and track rehabilitation for almost three decades. When appropriately designed and installed, geosynthetics provide a cost-effective alternative to more traditional techniques. There are several problems required to be corrected in railway tracks, increasing the bearing capacity of the subgrade soil, preventing contamination of the ballast by subgrade ???nes, and dissipating the high pore water pressures built up by cyclic train loading. The woven fabrics or non-wovens are used to separate the soil from the sub-soil without impeding the groundwater circulation where the ground is unstable. Enveloping individual layers with fabric prevents the material wandering off sideways due to shocks and vibrations from running trains.

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Geotextiles for filtration and separation in road construction Geotextiles are widely used for filtration and separation in road constructions, to prevent migration and mingling of materials, yet allowing free movement of water. In this calculation tool the type of geotextile to be used is described depending on the conditions of use.Geotextiles, as permeable textile materials are used in contact with soil, rock, earth or any other geotechnical related material as an integral part of civil engineering project, structure, or system.Geotextiles have proven to be among the most versatile and cost-effective ground modification materials. Their use has expanded rapidly into nearly all areas of civil, geotechnical, environmental, coastal, and hydraulic engineering. The high rate of erosion and poor drainage system in different parts of the country has led to speedy road degradation and extra costs incurred on road rehabilitation;hence the use of geosynthetics is aimed at controlling this phenomenon.The benefits of a geosynthetic material in any application are defined by six discrete functions: separation, filtration, drainage, reinforcement, sealing and protection.The geotextile acts as a filter through which water passes while it restricts fine-grained soil from entering into coarse-grained soil (sand or gravel) and thus prevent their being washed away and forestall failure of the road.

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When a geotextile is used on one or both sides of a geonet, the separation and filtration functions are always satisfied, but the drainage function is vastly improved in comparison to geotextiles by themselves. Such geocomposites are regularly used in intercepting and conveying leachate in landfill liner and cover systems and for conducting vapor or water beneath pond liners of various types.

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Product Details:

Geo Composite materials is to combine the best features of different materials in such a way that specific applications are addressed in the optimal manner and at minimum cost. Thus, the benefit/cost ratio is maximized. Such geocomposites will generally be geosynthetic materials, but not always. In some cases it may be more advantageous to use a nonsynthetic material with a geosynthetic one for optimum performance and/or least cost. As seen in the following, the number of possibilities is huge — the only limits being one''s ingenuity and imagination.

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Product Details:

Geocomposites are basically combinations of two or more different types of Geosynthetic. As most of the individual components are thermoplastic they can be thermally laminated, but adhesive bonding and needle punching are also used.

 

Examples include: Geotextile-geonet; geotextile-geogrid; geonet-Geo membrane; or what is termed a Geosynthetic clay liner (GCL). There is almost no limit to the variety of Geocomposites that are possible and the development of these materials results from the anticipated usefulness of their multifunctional ties and the opportunity for more rapid installation than by using the individual components. The three main Geocomposites material types are: drainage Geocomposites, reinforcement Geocomposites and fluid barrier Geocomposites.

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A Geo composite consists of a combination of geotextile and geogrid; or geogrid and gromembrane; or geotextile, geogrid, and geomembrane; or any one of these three materials with another material (e.g., deformed plastic sheets, steel cables, or steel anchors). This exciting area brings out the best creative efforts of the engineer, manufacturer, and contractor. The application areas are numerous and growing steadily. The major functions encompass the entire range of functions listed for geosynthetics discussed previously : separation, reinforcement, filtration, drainage, and liquid barrier.

Product Details:

Geocomposite is combination of various Geosynthetics materials like Geotextile, Geonet, Geo-membrane, Geogrid bounded in such a way that specific applications are addressed in the optimal manner, mini-mum lost, less time and minimum labour force and are waving basic functions separation, reinforcement, filtration, drainage and containment.

• Geotextile – Geonet Composites.
• Geotextile – Geomembrane compo-sites.
• Geotextile – Geonet – Geomembrane composite.
• Geomembrane – Geogrid compo-sites.
• Geotextile- Geogrid Composites and Geotextile
• Geotextile compo-sites.
• Polymerised bituminous liner with Geomembrane
• and Geotextile Composite.

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Product Details:

A needle punched nonwoven geotextile bonded to a geogrid provides in-plane drainage while the geogrid provides tensile reinforcement. Such geotextile-geogrid composites are used for internal drainage of low-permeability backfill soils for reinforced walls and slopes. The synergistic properties of each component enhances the behavior of the final product Geotextiles can be laminated on one or both sides of a geomembrane for a number of purposes. The geotextiles provide increased resistance to puncture, tear propagation, and friction related to sliding, as well as providing tensile strength in and of themselves. Quite often, however, the geotextiles are of the nonwoven, needle-punched variety and are of relatively heavy weight.

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Product Details:

Geocomposite materials is to combine the best features of different materials in such a way that specific applications are addressed in the optimal manner and at minimum cost. Thus, the benefit/cost ratio is maximized. Such geocomposites will generally be geosynthetic materials, but not always. In some cases it may be more advantageous to use a nonsynthetic material with a geosynthetic one for optimum performance and/or least cost. As seen in the following, the number of possibilities is huge — the only limits being one''s ingenuity and imagination.

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Product Details:

Geocomposite used as barriers /separation layers to separate and contain polluted Soil or waste and avoid migration of pollutants to the surrounding soil or waste and avoid migration of pollutants to the surrounding soil or water.They can be mounted on solid frames to build below ground physical barriers i.e. separation walls.In railways applications, geocomposites can replace the sand layers separating the track ballast from the foundation, performing the same function of stopping the upward migration of Fines.

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