Geotextile environment Bali is becoming an increasingly important consideration. As we know, the island of Bali offers more than just natural beauty and cultural richness. It also poses environmental challenges that become increasingly apparent year after year.
Amidst rapid development, particularly in the tourism sector, Bali’s geographic and climatic conditions make it increasingly vulnerable to environmental damage. This is especially true in coastal areas and cliffs, which are now being developed for resorts and luxury tourist facilities.
Geotextile Environment Bali and the Importance of Its Application
Coastal erosion and slope instability are serious problems. Bali’s coastline, for example in areas like Jembrana, Karangasem, and Badung, continues to be eroded by ocean waves. This is exacerbated by climate change and human activity.
Furthermore, illegal sand extraction, development too close to the shoreline, and the loss of natural vegetation accelerate the degradation process.
Conversely, steep slopes in hilly areas or coastal cliffs, such as in Ungasan and Uluwatu, are increasingly prone to landslides. This is due to excavations for access roads or buildings without adequate stabilization systems.
In facing this situation, geosynthetic technology, particularly geotextiles, offers an efficient solution. Geotextiles are synthetic, sheet-shaped materials useful for strengthening, protecting, and managing soil and water.
In Bali, the application of geotextiles, particularly non-woven ones, is gaining traction. One way to maintain slope stability is to protect the coastal environment from further damage.
One concrete example of this application is at Pebuahan Beach, Jembrana. This area is experiencing severe erosion that threatens settlements and infrastructure. In response, large sand-filled geotextile tubes, or geotubes, were used.
The goal was to form a breakwater approximately 50 meters from the shoreline. The structure successfully dampened the force of the waves, allowing sand to settle, and gradually restoring the lost beach width.
Not only on beaches, but the use of geotextiles is also effective in mitigating potential landslides in hilly areas. In areas like Melasti Beach, Ungasan, which has numerous cliffs and is undergoing massive development, stabilization is crucial.
Although not all projects have used geotextiles, studies of the area’s geological conditions indicate the need for additional protection systems.
Bali’s Geotextile Environment A Multifaceted Appeal
One of the advantages of using geotextiles in Bali is their ability to adapt to both aesthetics and the environment. When combined with vegetation, slopes can be strengthened while maintaining their natural appearance.
Unlike concrete retaining walls, which appear rigid, this technology can be implemented, for example, by planting plants on top or camouflaging them behind vegetative elements.
Furthermore, this technology is cost- and time-efficient. The installation process is relatively quick and does not require extensive construction, making it suitable for areas with limited access or difficult terrain.
In the long term, geotextiles also reduce maintenance requirements due to their durability. They also control water flow and prevent soil layer mixing, which often leads to structural damage.
With all their potential, geotextile environment Bali offers one solution to environmental challenges. However, their implementation must be accompanied by careful planning and a thorough understanding of local geotechnical conditions. Combining this technology with sustainable development can maintain Bali’s beauty and sustainability, without sacrificing development needs or tourist comfort.
For more information about Geotextile Non Woven please contact: Whatsapp/Mobile Phone: +62 811 1721 338 (Ms. Ais) or Email : info@baligeotex.com