Rainwater Intelligent Management System

一、The Significance of Comprehensive Utilization of Rainwater

Due to environmental degradation and human pollution of nature, clean water sources are becoming increasingly scarce, and a global water shortage is prevalent.

Rainwater, as a clean water source, has always been neglected. How to collect and comprehensively utilize it scientifically and effectively is a new issue faced by society today.

The comprehensive utilization of rainwater is an important measure to solve the water shortage problem. In cities, it can alleviate urban flooding, replenish groundwater, and address the water needs for greening landscapes; in rural areas, it can be used for irrigating crops; in mountainous areas, it can even reduce soil erosion. It can be said that the comprehensive utilization of rainwater will make an important contribution to solving future water resource shortages.

Uses of Comprehensive Rainwater Utilization:

50. Greening irrigation
50. Site sprinkling
50. Car washing
50. Road flushing
50. Toilet flushing
50. Landscape water replenishment
50. Cooling tower water use

二、Main Process Description of Rainwater Treatment

Rainwater reuse and comprehensive utilization projects can be divided into three parts: rainwater collection, rainwater treatment, and rainwater supply. Generally, rainwater is collected through rainwater pipes, and particulate matter in the runoff is removed through decentralized or centralized filtration, and then the water is directed into a storage pool for storage, and then transported to the water use unit by a water pump.

The treatment process after rainwater collection is similar to the general water treatment process. The only difference is that the water quality of rainwater is significantly better than that of general recycled water. According to experimental studies, the main problem with rainwater is its lower pH value (averaging around 5.6), and the pollutants or silt brought in by the initial rainfall are the biggest issues. General pollutants (such as leaves) can be screened out by screens, and silt can be removed through sedimentation and filtration processes. After treatment, the rainwater is further disinfected by adding a disinfectant before being reused at the water points.

三、Process Flow of SCITEC-RMS Rainwater Intelligent Management System

四、Features of SCITEC-RMS Rainwater Intelligent Management System

• The system operates fully automatically with a high degree of automation; control and display are intuitive;
• The process is mature with a short system process;
• Integrated design with a small footprint;
• Low operating and maintenance costs;
• Pre-treatment with sodium hypochlorite extends the service life of the filter media. There is no need to frequently replace the media.

五、SCITEC-RMS Standardized Product Seri

六、Partial Project Performance