DESAIN SISTEM SUMUR RESAPAN DI AREA PARKIR UNTUK KETAHANAN SUMBER AIR UNIVERSITAS NUSA PUTRA

Changes in land use due to the construction of the Nusa Putra University Building have reduced the amount of land that can be used as a water catchment area. This research aims to develop a digitalization system for water absorption wells that can increase the resilience of water sources in the university area, especially the parking area. Infiltration wells need to be built to collect and absorb rainwater into the ground to reduce the risk of inundation and meet daily clean water needs. The proposed infiltration well design is equipped with sensors to detect seepage water discharge so that water discharge can be monitored periodically. The research method used is a quantitative method with primary and secondary data analysis. Primary data was obtained through field surveys to measure infiltration water discharge and soil conditions, while secondary data was obtained from literature studies and climatological data from the local meteorological agency. Analysis is carried out to determine the size and number of infiltration wells required as well as estimated construction costs. It is hoped that the results of this research will provide an effective solution in overcoming the problem of infiltration wells and standing water in the Nusa Putra University area and increasing the resilience of clean water sources in the area. Apart from that, it is also hoped that this research can become a reference for developing similar infrastructure in other locations that face similar problems.

Keywords: Absorption design, water resistance , environmental control.