Telkom University has taken significant steps in realizing the vision of “Green Campus” through the construction of a rainwater reservoir. With a strategic location and integrated system, this pond not only functions as a water reservoir, but also as part of a broader environmental conservation effort.
- Strategic Location and Pond Design
The rainwater reservoir at Telkom University was built in the back area of the TUCH Building, which is the main activity center of the campus. This location was chosen to maximize the collection of rainwater during the rainy season. With an efficient design, this pond is able to capture the surface flow of rainwater and store it for use in various campus needs, such as watering gardens and other non-potable needs. - Modern Filtration System
To ensure the quality of the water collected, Telkom University has installed a modern filtration system in the pond. This system functions to clean rainwater from dirt and hazardous substances before it is used. Thus, the water stored in the pond is not only safe but also of high quality. - Environmental and Gardening Benefits
The use of rainwater reservoirs provides great benefits to the campus environment. The collected water is used to irrigate plants in the garden area, thus reducing dependence on groundwater resources. It also helps maintain the balance of the local ecosystem by reducing the risk of pollution and maintaining soil quality. - Increasing Environmental Awareness
The construction of rainwater reservoirs also serves as an educational facility for students and staff. The campus actively organizes educational programs on the importance of rainwater management and other sustainable practices. In this way, Telkom University not only creates green infrastructure but also builds a culture of environmental awareness among the academic community. - Contribution to Global Sustainability
This initiative is part of Telkom University’s commitment to global sustainability. By adopting good water management practices, the campus not only benefits the local environment but also serves as an example for other educational institutions to follow suit. Through innovative steps such as the construction of rainwater reservoirs, Telkom University contributes to the preservation of water resources and creates a more sustainable future for future generations.
Conclusion
The construction of rainwater reservoirs at Telkom University is an important step in realizing a sustainable green campus. With an efficient system and commitment to environmental education, the campus shows that small actions can have a big impact on environmental conservation. It is hoped that this initiative will continue to grow and inspire many other educational institutions to adopt the same sustainable practices.
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