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SDG 6.4.2 Water reuse measurement

1. There is an artificial lake called Baisha Lake in NCUE, with an area of approximately 9,000 m3. It serves as a retention pond during rainy weather, collecting rainwater and runoff from the surrounding buildings and green spaces. The collected rainwater is then utilized for irrigation of the lawns and gardens (see Figure 1).

The above picture shows NCUE’s Bai-Sha Lake is with landscape characteristics of the storage tank

Figure 1. The above picture shows NCUE’s Bai-Sha Lake is with landscape characteristics of the storage tank.

2. In addition, since 2003, all newly constructed buildings on campus have had rainwater recovery ponds built in accordance with the requirements of the green buildings policy. The recovered rainwater is used for toilet flushing or the irrigation of landscape plants. The total capacity of the rainwater recovery ponds in the four completed main buildings is 400.5 m3, which saves a lot of tap water and raw water from the campus’ wells from being used as domestic or irrigation water each year, as shown in Table 1.

Table 1. Campus, building names, and rainwater recovery tank capacities

No.

Campus

Name of building

Capacity of rainwater

recovery tank

1

Jinde

Wang Jin-pyng Activity Centre

35 m3

2

Jinde

Main Teaching Building

89.78 m3

3

Baoshan

College of Engineering Building

203 m3

4

Baoshan

Student Dormitory No. 10

72.72 m3

5

Jinde

College of Science Building (phase 1)

(under construction)

23.4 m3

3. Since 2005, all buildings have been equipped with rainwater recovery tanks, in accordance with the regulation, as shown in Figures 2-3.

Rainwater recovery tank at 10th Dormitory at the Baoshan Campus

Figure 2. Rainwater recovery tank at 10th Dormitory at the Baoshan Campus

Irrigation system at 10th Dormitory at the Baoshan Campus

Figure 3. Irrigation system at 10th Dormitory at the Baoshan Campus

4. All buildings on campus have been reinstalled with water-saving appliances. These include new types of taps and water-saving faucets, water-saving and dual-stage flushing toilet bowls, water-saving shower heads, and sensing systems for automatic flushing. These reduce the consumption of domestic water by students and staff.

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