The trend of geotextile use in Southeast Asia, including Bali, is showing significant growth as infrastructure and construction projects demand more efficient and sustainable civil engineering solutions. Geotextile trend Bali materials, such as woven and non-woven, are now widely used for soil reinforcement, erosion control, and road and dam stabilization, due to their high durability and relatively quick installation.
Geotextile Trend Bali Use for Road Access Projects
Geotextiles are known for their high durability and diverse uses. Some of the main functions of this material include:
Separation and Filtration
Geotextiles act as a barrier between the soft subgrade and the granular material layer, such as crushed stone, applied to road construction. This material prevents the two layers from mixing, thus maintaining the strength and stability of the road surface. Furthermore, geotextiles also support drainage by allowing water to infiltrate, thereby reducing the risk of erosion and deformation of the road structure.
Erosion Control
Geotextiles protect the soil from erosion caused by rain or surface water flow. This material is able to retain soil particles, thereby helping to maintain slope stability and reducing the risk of landslides. In addition, the use of geotextiles supports soil conservation and maintains optimal land quality.
Retaining
The containment function is performed by non-woven geotextile material. To function as a retaining material, woven geotextiles are treated with liquid asphalt or rendered with a polymer mixture.
Drainage
Geotextile trend Bali also plays a crucial role in drainage systems. This material serves as a channeling medium to collect and channel liquids, and in some cases, even gases, toward drains. Furthermore, geotextiles help prevent blockages and maintain smooth flow, thus maintaining effective drainage systems.
Separation Function
One of the important roles of geotextiles is to act as a separator between materials. For this purpose, woven or non-woven geotextiles with a medium weight of around 226–453 grams can be used. A layer of geotextile is placed between two different types of materials to maintain and even enhance their individual characteristics. This function is commonly applied in infrastructure projects, particularly transportation, because geotextiles effectively prevent the mixing of adjacent soil layers, thus maintaining the stability and bearing capacity of the soil.
Reinforcement
The function of reinforcement or enforcement aims to increase soil resistance by adding geotextile materials, either woven or non-woven. This step helps stabilize the soil structure while distributing loads more evenly, thus strengthening the foundation for various construction applications.
Subgrade Stabilization
Bali, like many tropical regions, often has soft or poorly compacted subgrades. The use of geotextiles helps strengthen this subgrade, enabling it to more optimally support construction loads. With more stable soil, geotextiles reduce the risk of subsidence or shifting that could potentially damage road structures, while also increasing the long-term durability of infrastructure. In Bali, the growth of the tourism sector and urban development has driven the adoption of geotextiles in airport projects, roads, and coastal management, making this material a crucial part of environmentally friendly and durable construction strategies.
With increasing awareness of the importance of sustainable construction and cost efficiency, the use of geotextiles in Southeast Asia, including Bali, is predicted to continue to grow. This material not only helps strengthen structures and prevent erosion but also supports environmentally friendly building practices. Going forward, geotextile trend Bali are expected to become a standard component in various infrastructure projects, from roads and bridges to coastal management, while also driving innovation in civil engineering and environmental conservation in the region.
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