--- title: "Tuna Tekra Container Development with Ocean Non Woven Geobags" date: 2025-08-15 author: "Sales Team" url: https://oceangeosynthetics.com/tuna-tekra-container-project-with-ocean-geobags-300-gsm/ --- August 15, 2025 | [Case Studies](https://oceangeosynthetics.com/category/case-studies/) # Tuna Tekra Container Development with Ocean Non Woven Geobags ## Introduction The Tuna Tekra Container Terminal, located near Kandla in Kachchh, Gujarat, is one of India’s most significant [port](https://oceangeosynthetics.com/suitable_sectors/ports-and-aviation/) infrastructure development projects. Designed to handle millions of containers annually, this terminal plays a vital role in strengthening India’s logistics and trade capacity. As with any large-scale coastal infrastructure project, the challenge lies not only in construction but also in ensuring long-term stability, [erosion control](https://oceangeosynthetics.com/solution/erosion-control/), and environmental protection. Ocean Non Wovens, a trusted manufacturer and supplier of [geosynthetics](https://oceangeosynthetics.com/category/geosynthetics/), contributed to this project by supplying **200 units of Ocean Non Woven [Geobags](https://oceangeosynthetics.com/products/geo-bags-manufacturers/) (300 GSM)**. These geobags played a crucial role in providing coastal protection, structural reinforcement, and sustainability for the Tuna Tekra Container Development project. ## Table of Contents --- ## The Importance of Geosynthetics in Coastal and Port Infrastructure Port and harbor developments like Tuna Tekra face some of the toughest engineering challenges—tidal fluctuations, strong wave actions, and long-term erosion. Traditional methods, such as stone pitching or concrete block revetments, often prove costly, time-consuming, and less sustainable in the long run. This is where **geosynthetics** come into play. Products like geotextiles, [geomembranes](https://oceangeosynthetics.com/products/ocean-geomembrane/), and geobags provide flexible, cost-effective, and environmentally friendly alternatives for shoreline stabilization and erosion prevention. Studies have shown that geosynthetics reduce construction costs by up to **30–50% compared to conventional methods** while ensuring better durability and performance [1]. --- ## Ocean Non Woven Geobags: Product Overview The **Ocean Non Woven Geobag 300 GSM** is a specially designed geosynthetic product made from high-strength, UV-stabilized polypropylene fibers. Engineered with durability and environmental adaptability in mind, these geobags are widely used for: - **Coastal Protection:** Acting as artificial reefs, revetments, and embankment protectors. - **Erosion Control:** Preventing soil loss in riverbanks, coastlines, and port structures. - **Slope Stabilization:** Providing reinforcement for embankments and dykes. - **Temporary and Permanent Structures:** Functioning as flexible containers for sand and soil that integrate into the natural ecosystem. For Tuna Tekra, **200 geobags (300 GSM)** were supplied and installed, carefully filled and placed to withstand the hydraulic forces of the marine environment. --- ## The Role of Geobags in Tuna Tekra Container Development Tuna Tekra’s development required a strong erosion control solution due to the terminal’s proximity to tidal zones. The project demanded a cost-effective, quick-to-install, and long-lasting system. The **Ocean Non Woven Geobag 300 GSM** fulfilled these needs in several ways: 1. **Shoreline Protection:** Geobags were strategically placed to form a protective barrier against high-energy waves and tidal surges, reducing the risk of erosion along the reclaimed land. 2. **Foundation Stability:** By acting as a separation and filtration layer, the geobags prevented the migration of fine soil particles, ensuring long-term stability of the container terminal’s foundation. 3. **Eco-Sustainability:** Unlike concrete blocks, geobags allow natural vegetation and marine ecosystems to gradually integrate, creating an eco-friendly shoreline protection system [2]. 4. **Rapid Installation:** The lightweight yet durable nature of the 300 GSM geobags made them easy to transport and install on-site, saving both time and labor costs. --- ## Insights Often Overlooked in Case Studies Most companies highlight only the technical performance of geosynthetics, but real-world applications reveal deeper insights: - **Settlement and Adaptability:** Unlike rigid structures, geobags adapt to minor settlement and deformation without losing functionality. This flexibility is crucial for projects in soft soil conditions like those at Kachchh. - **Reduced Carbon Footprint:** Using geobags reduces dependence on quarried stone or concrete, significantly lowering the carbon footprint of construction. With India targeting **net-zero emissions by 2070** [3], this shift aligns with national sustainability goals. - **Maintenance Efficiency:** While stone revetments often require periodic replenishment, properly installed geobags offer low-maintenance performance, making them economically beneficial over the project lifecycle. - **Community Impact:** Coastal erosion directly affects local communities. Geobags in Tuna Tekra not only protected port infrastructure but also indirectly safeguarded nearby fishing communities by ensuring shoreline stability. --- ## Conclusion & Promotional Note The Tuna Tekra Container Development is a milestone in India’s port infrastructure, and Ocean Non Wovens is proud to have played a part in this ambitious project. By supplying **200 Ocean Non Woven Geobags (300 GSM)**, we helped ensure erosion control, environmental sustainability, and structural resilience for one of Gujarat’s most important container terminals. At Ocean Non Wovens, we don’t just supply geosynthetics—we deliver **engineering solutions that last**. From geobags and geotextiles to geomembranes and erosion control systems, our products are designed to meet the highest industry standards. If you’re looking for innovative, cost-effective, and sustainable solutions for your next infrastructure or environmental project, **Ocean Non Wovens is your trusted partner.** --- **References:** [1] Koerner, R. M. (2012). *Designing with Geosynthetics*. 6th Edition. Xlibris Corporation. [2] Pilarczyk, K. W. (2000). *Geosynthetics and Geosystems in Hydraulic and Coastal Engineering*. CRC Press. [3] Government of India. (2021). India’s Net Zero 2070 Commitment at COP26. 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