1. Reduces aggregate use in roadbeds by 30-50%.
2. Minimal maintenance over decades of use.
3. Faster project completion due to pre-assembled systems.
Product Introduction:
Our Eco-Friendly Composite Liner stands as a testament to innovative engineering in geosynthetics, revolutionizing active water management systems. This advanced composite drainage membrane seamlessly integrates HDPE dimples with a high-quality filter geotextile, creating a dynamic solution that efficiently controls water flow. The HDPE dimples form a robust channel network, facilitating the rapid movement of water, while the filter geotextile acts as a safeguard, preventing soil particles and debris from clogging the drainage pathways. Together, they ensure optimal water management, making the liner an ideal choice for applications such as landfill gas collection systems and areas behind retaining walls, where relieving hydrostatic pressure is crucial to maintaining structural integrity and preventing water-related damage.
Product Features:
1. High puncture resistance – Protects against sharp rocks, roots, and debris.
2. Tensile strength (up to 800 kN/m) – Handles heavy loads and ground movement.
3. Low creep deformation – Maintains integrity under sustained pressure.
Product Applications
1. Landfill Gas Collection Systems:
In landfill operations, effective gas collection is essential for environmental protection and energy recovery. Our Eco-Friendly Composite Liner plays a vital role in landfill gas collection systems. Installed beneath the landfill cover, the composite drainage membrane efficiently channels leachate and gas, preventing their accumulation and potential migration. The HDPE dimples provide a low-resistance pathway for gas flow, while the filter geotextile ensures that only gas and water pass through, keeping solid waste particles at bay. This not only enhances the safety of landfill operations by reducing the risk of gas explosions but also enables the collection of methane, a potent greenhouse gas that can be harnessed as a renewable energy source. In numerous landfill projects globally, our composite liner has significantly improved the efficiency of gas collection systems, contributing to both environmental sustainability and energy conservation.
2. Behind Retaining Walls:
Retaining walls are often subjected to substantial hydrostatic pressure from water-saturated soil, which can lead to structural failure over time. Our Eco-Friendly Composite Liner offers an effective solution for relieving this pressure. When installed behind retaining walls, the composite drainage membrane quickly drains excess water, reducing the weight and pressure exerted on the wall. The high puncture resistance of the liner protects it from damage caused by sharp rocks and roots in the soil, ensuring its long-term functionality. Meanwhile, its remarkable tensile strength of up to 800 kN/m allows it to withstand heavy loads and ground movement, maintaining the stability of the retaining wall. This has been proven in various civil engineering projects, where our composite liner has extended the lifespan of retaining walls and minimized maintenance costs.
Quality Assurance:
Quality is the cornerstone of our manufacturing process for the Eco-Friendly Composite Liner. We source only the finest raw materials, carefully selecting HDPE polymers and high-grade filter geotextile fabrics from trusted suppliers. Each batch of raw materials undergoes rigorous testing for quality, including assessments of chemical composition, physical properties, and durability.
Our manufacturing facilities adhere to strict international quality management systems, such as ISO 9001, ensuring that every stage of production is meticulously monitored. The composite liners are subjected to a comprehensive battery of tests, including puncture resistance testing, tensile strength evaluations, creep deformation analysis, and permeability assessments. These stringent quality control measures guarantee that each product leaving our factory meets or exceeds industry standards, providing our clients with liners they can trust for their critical projects.
Technical Services:
Our dedicated technical team offers comprehensive support throughout the project lifecycle. At the project planning stage, we collaborate closely with clients, leveraging our expertise in geosynthetic engineering to understand their specific needs, site conditions, and project goals. Using advanced modeling and simulation tools, we provide detailed product selection advice and customized design solutions tailored to each project's unique requirements.
During installation, our experienced technicians are available for on-site guidance and training. They ensure that the installation teams are proficient in handling and installing the Eco-Friendly Composite Liner correctly, covering aspects such as proper positioning, seaming techniques, and anchoring methods. Post-installation, we offer continuous technical support, conducting regular inspections to monitor the liner's performance, providing maintenance recommendations, and promptly addressing any technical issues that may arise. Our goal is to ensure that our clients' projects are completed successfully and that our liners continue to perform optimally for years to come.
Company's Profile:
Our company is at the forefront of the geosynthetics industry, driven by a passion for innovation and a commitment to environmental sustainability. Our R&D team is constantly pushing the boundaries of geosynthetic materials, developing improved products with enhanced performance characteristics and reduced environmental impact. We invest heavily in research, collaborating with leading academic institutions and industry experts to stay ahead of the curve in material science and engineering.
By combining cutting-edge technology with a deep understanding of our clients' needs, we are able to offer a wide range of eco-friendly geosynthetic solutions, including the remarkable Eco-Friendly Composite Liner. Our dedication to quality, innovation, and sustainability has earned us a reputation as a trusted partner in the industry, and we are proud to contribute to the development of more sustainable infrastructure projects around the world.
