Telkom University, as one of the leading educational institutions in Indonesia, has taken proactive steps in maintaining environmental sustainability through the implementation of infiltration wells. Located in the middle of a rapidly developing city, the campus faces challenges in water management, especially during the rainy season. Infiltration wells are an innovative solution to address this issue.

Strategic Location and Main Function

The infiltration well at Telkom University is located next to the Bangkit Building, one of the campus’s main landmarks. This location was chosen to optimize the well’s function in capturing surface rainwater flow. By absorbing rainwater into the ground, the infiltration well acts as a natural “filter,” preventing waterlogging and potential flooding on the campus.

Infiltration is the process of water seeping into the ground through surface pores. In this context, infiltration wells function as infiltrators, accelerating the infiltration process of rainwater into deeper soil layers. Thus, the risk of waterlogging or flooding can be minimized.

Preventing Floods and Maintaining Groundwater Quality

One of the primary functions of infiltration wells is to prevent flooding by storing surface water flow. In a dense urban environment like Telkom University, rainwater management is essential. Infiltration is a key step in managing rainwater, where water absorbed by the soil helps reduce the burden on drainage systems.

Additionally, infiltration wells also play a role in maintaining groundwater levels. By slowing the flow of surface water, these wells increase groundwater reserves and help reduce pollution. This sustainable infiltration process is vital for preserving the ecosystem’s quality around the campus.

Water Conservation and Environmental Management Systems

Telkom University has developed a comprehensive water conservation system by installing infiltration wells in every building. The goal is to prevent rainwater from directly flowing into drainage systems, allowing it to seep into the ground in larger volumes. This system ensures that the process of infiltration is an effective method for maintaining local hydrological balance. In addition to infiltration wells, the campus also features a water filtration system that ensures clean water flows into Lake Situ Tekno.

Positive Impact on Environmental Awareness

The implementation of infiltration wells at Telkom University is not merely physical infrastructure; it also reflects the campus’s commitment to environmental sustainability. The presence of infiltration wells inspires students and staff to care more about environmental issues. For instance, they can understand that infiltrators such as infiltration wells play a vital role in preserving natural resources through efficient infiltration processes.

Conclusion

With innovative steps such as the construction of infiltration wells, Telkom University demonstrates that higher education can actively contribute to environmental conservation. Through effective water resource management and heightened environmental awareness, the campus not only creates a comfortable learning environment but also contributes to the sustainability of the ecosystem as a whole.

Infiltration is one of the most effective methods for managing rainwater in dense urban areas. By utilizing infiltration wells as the main infiltrators, Telkom University has implemented a practical solution that provides long-term benefits for the environment and the broader community.