Energy Saving Rainwater Recycling System Customized Voltage Color
Equipment advantages:
The rainwater reuse system is targeted to a variety of different rainwater harvesting processes and can effectively handle rainwater from different catchments. It can effectively collect rainwater and save cost reasonably.
It also takes into account the system's rainwater pretreatment, rainwater storage, deep rainwater purification, rainwater supply, water supply and system control. It is comprehensive in science, energy saving, environmental protection, high service life and low cost.
It does not occupy space, and the construction is simple and convenient, and it is more environmentally friendly and safe.
Background:
At present, in order to greatly alleviate water shortage problems in various countries, water conservation is saved. The rainwater harvesting system is implemented in various places, and the rainwater is collected according to the demand, and after the collected rainwater is treated, the system meets the design and use standards. Most of todayadays consist of a waste flow filtration system, a water storage system, and a purification system.
Equipment Name: Rainwater Recycling System
Use occasions: municipal public roads, plazas, parks, green spaces, urban residential areas, schools, industrial parks, factories, rainwater storage and reuse road drainage and water storage percolation systems, parking lots, ecological shallow ditch water storage and drainage.
Installation site picture:
Rainwater recycling system process flow chart
Process Description:
Rainwater is first collected into the rainwater collection well through the roof, the ground, the lawn, etc., and then flows into the rainwater treatment system. The rainwater first enters the rainwater abandonment device, and the rainwater abandonment device is called the rainwater initial abandonment device, which is mainly used in the front section of the rainwater treatment system.
When flowing through the initial abandonment device, the rainwater is first discharged through the drain pipe of the low open position due to gravity. After the rainfall increases, the pressure acting on the baffle increases, and the floating ball at the upper end of the sewage pipe closes the sewage pipe under the action of the water flow pressure, and the liquid level in the bucket rises, and the rainwater is filtered through the horizontal filter.
Flow to the water outlet for collection. Rainwater enters the automatic sewage device through the abandonment device. The rainwater automatic sewage trap utilizes the gravity flow of rainwater to automatically separate the garbage and water in the rainwater to obtain cleaner rainwater. The automatic sewage discharge device enters the rainwater regulation tank to adjust the water quality and water quality, and then enters the integrated rainwater centralized treatment device, and uses the new suspended filler to adsorb and decompose the pollutants in the rainwater.
At the same time, the precipitation unit physically precipitates the hardly adsorbed pollutants. Then enter the disinfection system, and the filtration system. After the treatment is completed, enter the variable frequency constant pressure water supply system and transport it to the water point.
Supply (cooperation) mode and delivery cycle
1: Determine the usage scenario.
2: Analyze the quality of contaminated water (if necessary, do laboratory analysis)
3: Determine the treatment process.
4: The supplier forecasts the price duration and governance objectives of the equipment or system.
5: The supplier and the buyer negotiate the price duration and the governance objectives, negotiate the contract, and sign the contract and pay the supplier prepayment.
6: After the equipment is produced and paid by the buyer and its agent, the payment will be made.
7: The supplier rushed to the place of use of the buyer for installation instructions and commissioning.
8: System training for equipment use and maintenance.
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