Learn about the advantages of GEOESTRAL GEOMETRY assembled ON SITE and for LIFT
The superiority of GEOSTERNAL GEOMETRIC as a solution to mitigate erosive processes in water bodies, is based on the capacity of the modules to confine coarse gravel-type material and the practicality of their assembly, which when installed, adapt to the shape of the existing terrain, guaranteeing greater coverage and contact in the areas to be protected.
The advantage of using coarse material present in available alluvial or quarry deposits leads to its consolidation as a more versatile solution compared to conventional solutions such as RipRap or hexapods, achieving highly resistant and cost-efficient structures.
GEOGRID ASSEMBLED FOR LIFT:
When the tributary cannot be channeled through a temporary structure for the execution of the works, it is necessary to consider the GEOSTERNAL GEOMETRIC assembled for hoisting installation. This type of pre-assembled module has specific features such as: fastening system including a hoisting sleeve, internal diaphragms every 50 cm to control deformation in the installation process, continuity of the hoist body, and a special system for the installation of the module. GEOSTERNAL GEOMETRIC in the sequence backrest - cover . cover that guarantees the resistance and load capacity and sewn seams with GEOCABLE which ensure that the force is transmitted to the Ribs of the GEOSTERNAL GEOMETRIC at the time of its positioning on the site.
The dimensioning of these modules in GEOSTERNAL GEOMETRIC will depend on of the weight of module, liner length and capeace of mind lifting of the machine.
GEOESTRAL GEOMETRIC ASSEMBLED IN SITU:
On the other hand, when the riverbed is under control and the execution of dry works is allowed, it is recommended to use the GEOSTERNAL GEOMETRIC in situ, which also offers flexibility and hydraulic stability on site. In this case, the pre-assembled module has specific characteristics such as: additional anchor tail system attached directly to the module, internal diaphragms with a separation greater than 50 cm to have greater control over the deformation that can be generated at the time of filling, greater protection area in a single module because the weight of the module is not a limiting factor at the time of guaranteeing protection.
The effectiveness of the GEOSTERNAL GEOMETRIC is achieved by confining the rock or gravel pebbles (rock or gravel pebbles ranging in size from 4 to 8 inches in diameter) in the modules, generating a continuous porous medium that helps dissipate the energy of the water, offering durability and long-term resistance capacity. In addition, its internal structure in the form of cells separated by diaphragms, allows great flexibility and adaptability to the changing shapes of the hydraulic sections in the long term.
Finally, the unique G5 multifilament, made of high tenacity polyester and co-polymer coating in the GEOSTERNAL GEOMETRIC and of GEOCABLE The articulated system is able to tolerate any natural environment of chemical, biological and mechanical degradation and is not suitable for salt water environments and aggressive environments where other materials deteriorate rapidly.
