Flexible Design: The size and shape of the underground pool which made of of the modular rainwater tank can be assembled according to the need of the site.
High Loading Capacity: the vertical loading capacity of the rainwater modular tank can reach 90 tons, the lateral loading capacity can reach 62 tons.
High Void Ratio: the void space inside the rainwater tank reaches 95%,we can storage more water in it.
Long Service Life: The designd service life of the modular tank is 50 years.
Easy Installation: the assembling of the modular tank can be done just by hands, no large machines required.
Time Saving: one person can install 75 cubic meters each day.
Compact Storage: the modular tank can be piled on pallets, one 40'HC container can hold 294.4 cubic meters.
Environmental protection: the modular rainwater tank can be made of 100% recycled pp material,after service life, the pp material can be recycled once again.
Money Saving: Compared with the traditional stainless steel and concrete pools, Doctor Rain's Rainwater Module reduces the time cost, transportation cost and later maintenance cost in many ways.
Model No. YBS-M1000
Size 1000x500x400mm
Weight 16kg/tank
Void Ratio 95%
Storage Capacity 200L/tank
Load Capacity 300KN/m2 - 650KN/m2
Temperature -30-120
Material Virgin or Recycled PP
Colors Available Green,Gray,Blue,Black
Doctor Rain Rainwater Harvesting Module is a part of the rainwater utilization system, which can effectively collect and store rainwater. Rainwater resources collected through Doctor Rain Rainwater Module can be used to wash toilets, sprinkle pavement, irrigate lawns, water landscape, and even be used for circulating cooling water and fire fighting water. It can alleviate the current shortage of urban water resources, and is an effective way to open source and save water.
Building Rainwater Harvesting System: Suitable for rainwater harvesting in areas such as building roofs and parking lots. By installing rainwater collection modules, rainwater from these areas can be collected and used for toilet flushing, irrigation and so on.
Urban Green Space Infiltration and Drainage System: Structures such as recessed green belts or grass-planted trenches are designed in urban green areas to utilize the absorptive capacity of the soil and vegetation to perform preliminary filtration of rainwater and discharge it into rainwater collection modules for further treatment.
Road runoff control:Collecting rainwater by installing permeable paving materials on roads or through a network of underground pipes and directing it to rainwater harvesting modules for storage. This approach helps to reduce waterlogging on roads and improve driving safety.
Rainwater Reuse in Residential Areas: Roof gardens and ground infiltration devices are established in residential areas to collect and utilize rainwater as a non-potable source of water for landscaping and miscellaneous domestic drainage. Rainwater harvesting modules can be used as a core component of these systems to provide a stable water supply.
Rainwater Harvesting Project for Public Buildings: Rainwater harvesting modules are installed in parks and squares as well as large public facilities such as parking lots to store and redistribute rainwater resources. These modules can be combined and assembled according to the actual demand to form different sizes and shapes of water storage tanks.
Industrial Cooling Water Replenishment Application: Industrial areas can utilize rainwater collected by rainwater collection modules as one of the water sources needed for equipment cleaning and cooling and for replenishment during industrial processing. This approach helps to reduce the operating costs of enterprises and improve the efficiency of water utilization.
Building Rainwater Harvesting System: Suitable for rainwater harvesting in areas such as building roofs and parking lots. By installing rainwater collection modules, rainwater from these areas can be collected and used for toilet flushing, irrigation and so on.
Urban Green Space Infiltration and Drainage System: Structures such as recessed green belts or grass-planted trenches are designed in urban green areas to utilize the absorptive capacity of the soil and vegetation to perform preliminary filtration of rainwater and discharge it into rainwater collection modules for further treatment.
Road runoff control:Collecting rainwater by installing permeable paving materials on roads or through a network of underground pipes and directing it to rainwater harvesting modules for storage. This approach helps to reduce waterlogging on roads and improve driving safety.
Rainwater Reuse in Residential Areas: Roof gardens and ground infiltration devices are established in residential areas to collect and utilize rainwater as a non-potable source of water for landscaping and miscellaneous domestic drainage. Rainwater harvesting modules can be used as a core component of these systems to provide a stable water supply.
Rainwater Harvesting Project for Public Buildings: Rainwater harvesting modules are installed in parks and squares as well as large public facilities such as parking lots to store and redistribute rainwater resources. These modules can be combined and assembled according to the actual demand to form different sizes and shapes of water storage tanks.
Industrial Cooling Water Replenishment Application: Industrial areas can utilize rainwater collected by rainwater collection modules as one of the water sources needed for equipment cleaning and cooling and for replenishment during industrial processing. This approach helps to reduce the operating costs of enterprises and improve the efficiency of water utilization.
Conventional tanks (concrete or mild steel) are prone to aging, wear and corrosion.
Concrete can crack when exposed to erosion and natural disasters, leading to water
contamination and leakage â?? and usually canâ??t be repaired. MS rusts easily and its also
easy heat conductor.
FRP â?? Fiber Reinforced Polymer is a strong but light weight glass fiber reinforced plastic
composite used in the aerospace, automotive, marine and construction industries. It has
a high-strength to weight ratio, an extremely long lifespan, and easy to maintain as well as
heat resistant.
FRP sectional panel tanks provides all types of advantages which other liquid storage
methods doesnâ??t. These tanks are DURABLE, LEAK-FREE, COST-EFFECTIVE OVER LIFECYCLE as well as EASY TO INSTALL, RECONFIGURE AND RELOCATE. This is an ideal option
for a wide range of usage including potable water storage, food and factory production,
commercial mining, fire protection, industrial liquids, rainwater harvesting, seawater
storage, and any other kind of liquid and granular storages.
High strength and high corrosionproof, provides long service life and convenient to fill and clean.
It provides wide applicability and can be widely applied for packaging in industries such as chemical engineering, petroleum, medicine and food etc.
Seal liquid test:Put the sealed barrel with liquid upside down or tap,the seal is at the lowest position,and no leakage within 24 hours.
The standard specifies blow-moulding technology requirements of the barrel, test methods and the rules and symbols, packaging, transporting and storage. This standard applies to polyethylene as the main raw material, barrels production through automatic blow molding machine,and this type of blow molding barrel is mainly used for solids or chemical products.
We also can help to change any design as your requirements. such as size,weight,color,capacity ect.
1000 liter / 275 gallon repurposed rain tank. These are used & new tanks, food-grade tanks are comprised of a galvanized metal frame with a pallet (metal, plastic, or wood) and a plastic HDPE bottle. The rain tank has a 6, 8, or 12-inch top-fill cap and a 2-inch bottom butterfly or ball valve. The tanks may or may not include a plastic cap with a buttress or NPT thread for the bottom valve. If a valve cap is included, it can be drilled to accept our garden hose spigot assembly. A spigot assembly and 7/8 inch hole saw are not included. The dimensions are approximately 39 inches wide across the bottom valve, 47 inches deep, and 48 inches tall and the tanks weigh approximately 75 lbs empty. Previous contents may include olive oil, fish oil, organic fertilizer or beverage concentrates and some residue may still remain inside. The residue, if any, will only enrich the soil.
