Advanced Infiltration Tanks for Sustainable Water Management
Stormwater Detention Tank, 15 years of Experience manufacturer.
Infiltration Tank #M2016S
Size: 3.28′ x 1.64′ x 1.64′ (1000 x 5000 x 500mm)
Void ratio: 96%
Tanks: 4 tanks/cbm
Water Storage: 237L/tank
Weight: 15kg/tank
Material: Virgin PP or Recycled PP
Vertical Load Capacity: UP TO 65T/m2
Lateral Load Capacity: UP TO 12T/m2
Infiltration Tanks for Modular Geocellular Systems
Maximize Your Water Management Efficiency with Our Innovative Infiltration Tanks
Our Infiltration Tanks are designed for advanced modular geocellular systems, providing exceptional solutions for stormwater retention, attenuation, and infiltration. Made from high-quality virgin or recycled polypropylene (PP), these tanks are integral to sustainable water management, especially in urban environments and ecological projects.
Key Features and Benefits
Efficient Stormwater Management: Our Infiltration Tanks are perfect for various applications, including roadsides, parking lots, residential communities, industrial areas, municipal infrastructure, parks, and scenic spots. They are essential for the construction of sponge cities, helping manage stormwater effectively.
Modular Geocellular System Characteristics:
- Versatile Rainwater Harvesting: Effectively manages rainwater from different sources, ensuring efficient pretreatment, storage, purification, and supply.
- Cost-Effective Solutions: The system saves costs through reasonable design and the use of patented devices and materials, addressing challenges in rainwater harvesting.
- Energy Conservation: Avoids the use of electrical devices, leveraging automatic rainwater flow for discharge, purification, and pollutant collection, promoting energy efficiency and environmental protection.
Structural Advantages:
- Integrated Load Distribution: Evenly distributes the loaded weight across all plates, maximizing structural effectiveness.
- Stable Design: Interlocking vertically and horizontally ensures maximum stability and prevents system displacement.
- Quick Installation: Built-in sockets and ports allow for fast installation, with approximately 30 seconds required for 1 CBM installation.
- High Void Ratio: 96% void ratio provides greater water storage capacity, reducing excavation and disposal costs.
- High Compression Load: Resists stretch and extrusion, utilizing triangular and round shapes for maximum stability, capable of handling loads up to 77106 lbs.
- Unique Columnar Construction: Cylinder-shaped design suitable for various applications, including non-trafficked, trafficked, or heavily trafficked areas.
Benefits of Using Our Infiltration Tanks
- Flood Prevention: Efficiently manages stormwater, reducing the risk of flooding in urban areas.
- Sustainable Water Management: Promotes the natural infiltration of rainwater, replenishing groundwater levels and supporting ecosystems.
- Pollution Reduction: Filters pollutants from rainwater, protecting water bodies and improving water quality.
- Versatile Applications: Suitable for a wide range of urban and ecological projects, enhancing infrastructure resilience.
- Cost-Effective and Eco-Friendly: Made from recyclable materials, offering a sustainable solution with a long service life and reduced environmental impact.
Applications
- Urban and residential drainage systems
- Parking lots and roadside water management
- Industrial and commercial water storage
- Municipal infrastructure and public parks
- Ecological projects and sponge city construction
Related words
Infiltration Tanks
Stormwater Detention Tank
Modular Plastic Geocellular Systems
Rainwater Retention Crates
The Role of Infiltration Tanks in Modern Water Management
As cities grow and climate change brings more frequent extreme weather events, effective stormwater management has become a top priority. Infiltration tanks are at the forefront of this effort, providing a robust solution for managing rainwater sustainably.
Understanding Infiltration Tanks
Infiltration tanks are designed to capture, store, and gradually release stormwater into the ground. This helps to prevent flooding, reduce surface runoff, and promote the natural replenishment of groundwater. These tanks are typically installed underground, making them an unobtrusive yet highly effective solution for managing stormwater in urban areas.
Key Benefits
Flood Mitigation: By capturing excess rainwater during heavy rainfall, infiltration tanks help to mitigate flooding in urban areas, protecting infrastructure and reducing damage to properties.
Sustainable Water Management: Infiltration tanks support sustainable water management practices by enhancing the natural infiltration of rainwater. This is crucial for maintaining the natural water cycle and supporting urban greenery and ecosystems.
Pollution Control: Infiltration tanks help to filter out pollutants from rainwater before it enters water bodies, reducing the risk of water pollution and protecting aquatic life.
Versatility and Flexibility: These tanks are highly versatile and can be adapted to a variety of settings, including residential, commercial, and industrial areas. Their modular design allows for easy customization to meet specific project needs.
Cost-Effective Solution: With their high void ratio and efficient design, infiltration tanks offer a cost-effective solution for managing stormwater, reducing the need for extensive excavation and disposal costs.
Applications in Sponge Cities
Sponge cities are an innovative urban design concept aimed at making cities more resilient to extreme weather events. Infiltration tanks are a key component of sponge cities, helping to manage stormwater, reduce urban heat islands, and improve the overall urban environment.
Conclusion
Infiltration tanks are an essential tool in modern water management. They offer numerous benefits, including flood mitigation, sustainable water management, pollution control, versatility, and cost-effectiveness. As urban areas continue to expand, the importance of effective stormwater management solutions like infiltration tanks will only grow.
By investing in advanced infiltration tank systems, cities can enhance their resilience to climate change, protect their water resources, and promote sustainable urban development.
