Geosynthetic Applications

Airport

Airports, one of the fastest and most preferred means of transportation in the aviation sector, stand out from other modes of transportation due to their location and technological infrastructure. The construction and maintenance processes of various areas, such as runways, aprons, and stations, which must meet specific boundary conditions, require different engineering specializations.

Mining Facilities

The content of waste material from mining sites and the proper storage of this waste is important. In storage areas, impermeable barriers are constructed in basements and slopes according to the content of the waste.

Solid Waste Storage

Geosynthetic materials are environmentally friendly products used in environmental engineering projects to provide isolation and drainage systems in storage areas such as waste storage areas, landfill sites, and mine waste storage areas.

Dehydration and Waste Storage

One of the biggest problems with solid waste disposal sites is that the waste is wet and difficult to transport from one place to another for disposal.

Green Retaining Wall

The green geosynthetic-reinforced concrete reinforcement system eliminates architectural concerns and provides environmentally friendly walls.

Reservoir

Reservoir structures are the most important hydraulic structures used for drinking and irrigation purposes from the past to the present, as well as for agricultural lands.

Highway

Geosynthetic products form the road platform on soft soils to prevent reflection cracks and alligator cracking in the road layer.

Ground Reinforcement

When the constructed engineering structure is subjected to stress exceeding the soil's safety stress, a soil bearing capacity problem is encountered.

Segmental Retaining Wall

Engineering structures have also advanced with innovative technology, pushing the boundaries of traditional systems. Geosynthetic-reinforced retaining walls offer flexible solutions in terms of design and operation compared to reinforced concrete retaining walls beyond certain heights.

River and Stream Lining

The movement of water in streams and riverbeds, periodic floods, and seasonal changes in water levels cause damage to canal slopes and soil loss.

Drainage Systems

Water has been one of the greatest challenges in the construction of engineering structures from the past to the present. Draining and removing excess water from the ground using traditional methods is neither easy nor economical.

Ground Improvement

The ground improvement method is used to ensure the safety of the superstructure's load-bearing capacity and to address the ground's consolidation problem.

Coastal Protection

Coastal erosion can occur due to hydraulic effects, waves, and tides along the coastline, leading to land loss.

Railway

Railways, one of the most frequently used means of transportation from the past to the present, have been subject to different production techniques and material usage with the advancement of technology.

Submarine Pipeline

Submarine pipelines such as wastewater pipelines, discharge pipelines, and cable conduits are unprotected against external factors and are at risk of displacement due to high current forces such as seabed scouring.