Product Introduction of Heavy Duty Modules for Rainwater Harvesting and Utilization Systems
The rainwater collection and utilization system is reasonably designed according to the rainfall in the city. The scientific module matrix provides a low-cost and high-efficiency solution for the field of urban rainwater planning. The flexibility of the modular system allows it to be used in a huge range to store rainwater to the maximum extent.
1. Function of the rainwater collection system
Through the modular water storage tank, after effective treatment, the collected rainwater resources are used for flushing toilets, sprinkling, washing lawns, replenishing water for waterscapes, and even for circulating cooling water and firefighting water. On the one hand, it can alleviate the current situation of urban water shortage, and on the other hand, it also plays a very important role in reducing urban flood disasters.
2. Advantages and characteristics
A: Zero land occupation, our company’s rainwater collection tank is installed underground for storage, which does not affect the appearance of the building and does not occupy living space.
B: No pollution, our company’s rainwater collection tank has the function of pre-filtering rainwater, and the water in the box is always kept in the best state, promoting aerobic activity space and preventing unhealthy anaerobic bacteria due to long-term stagnation.
C: More economical, our company’s garden reservoir collection system can create a maintenance-free reservoir. Keep rainwater reuse for your landscaping throughout the year, greatly reducing the amount of irrigation or watering required.
3. Flood control and water storage
Our company’s rainwater collection products can be used as a means to control the total amount of urban runoff. By effectively controlling the discharge of ground rainwater (decompression) or allowing it to infiltrate the ground, the risk of local flooding and the load on the existing drainage system can be greatly reduced.
4. Rainwater utilization
Our company’s rainwater collection products are very suitable for rainwater collection and reuse without occupying any land. The collected rainwater can be reused for industrial, agricultural or community water use.
2. Brief description of the structure of rainwater collection module:
A. Composition of rainwater collection pool
A number of ordinary or heavy-duty single rainwater collection modules are combined into a rainwater collection pool, and then a layer of 0.5~1.0mm thick HDPE anti-seepage membrane and a second layer of geotextile (composite geotextile) are used to wrap the six sides of the assembled module rainwater collection pool to form a sealed water storage rainwater collection pool.
B. Module structure
1. Each module consists of two main structures: a hollow flat plate and 5 conical reinforcement pipes, and the overall support force is increased by more than 70%.
2. The cylindrical reinforcement pipe design is composed of arc-shaped folding grooves, which perfectly applies the principle of mechanics. The holes of the cylinder and the upper panel are concentric circles, and the integrity between the upper and lower modules is stronger.
3. There is no through groove on the cylindrical reinforcement pipe. The hollow flat plate and the conical reinforcement pipe are connected by ribs. Every detail uses the principle of mechanics to make the rainwater module better, stronger and more efficient.
4. Two adjacent sides of the hollow flat plate are each provided with 2 T-shaped pins, and the other two adjacent sides are each provided with 2 T-shaped pin slots, which can be assembled efficiently.
5. The T-shaped connector makes the connection between the module monomers more compact and greatly increases the overall stability of the pool. The total bearing capacity is increased by 30% compared with the previous one.
6. The layers of the collection pool are connected by positioning pipes, and the columns are connected by T-shaped connectors.
7. Specifications of each module group: Each module group is composed of two conical reinforcement pipes of two monomer modules connected inverted to form a group. The specifications of each group are 500㎜ (length) × 500㎜ (width) × 500㎜ (height), and the upper and lower hollow surfaces of each group are pressure-bearing surfaces.
8. Heavy modules can be installed in driving areas, such as driveways and parking lots, and cover a greater depth in the driving area. It must be carried out under the design requirements of professional engineers.
9. The compressive strength was tested by an authoritative certification department. The test was carried out in a replicated controlled environment, and the soil was evenly distributed under static load, and the highest strength experiment was carried out.
10. The design strength should be taken by multiplying the reported compressive strength by 0.75. This is to prevent changes due to the actual conditions on site, recycled materials and any potential factors of change.
11. The heavy module is made of engineering plastic injection molding, with super strong pressure bearing capacity and 95% hollow space, which can achieve more effective water storage.
12. The use of composite geomembrane (two cloths and one membrane, each layer of cloth ≥ 100g, membrane thickness 0.5~1㎜, hot-melt one layer of membrane between two layers of cloth, made of HDPE plastic, strong waterproof and anti-corrosion ability) can form a closed pool. If a single geotextile is used for wrapping, a rainwater pool with underground leakage can be formed.
13. Set up rainwater inlet wells, lifting wells or other required wells in the rainwater collection pool, set up submersible pumps in each well and connect them to pipelines and control systems, which can meet the needs of strong drainage and flood prevention, greening, recycling water, flushing toilets, etc.
Features of heavy-duty modules
☞The perfect stackable design greatly saves transportation costs. For a 100 cubic meter water tank, the loading volume is only 26 cubic meters.
☞Super strong bearing capacity, vertical pressure can reach 750KN/㎡, and lateral pressure can reach 170KN/㎡.
☞Simple and fast installation, the construction period is greatly shortened compared with traditional processes.
☞Low cost and recyclable.
☞The modular design can be composed of any size and capacity, without site restrictions.
☞Does not occupy ground space, effectively utilizes space, and does not affect the appearance.
