Nano Bubble Water Technology for Water Reuse
Universitas Padjadjaran implements Nano Bubble Technology as part of its initiative to measure and optimize water reuse across the university. This innovative system increases water efficiency by recycling and reusing water within laboratory and agricultural operations, thereby reducing overall consumption. Nano bubbles microscopic gas bubbles dissolved in water enhance oxygen levels and improve water quality, making it suitable for reuse in cleaning, irrigation, and research activities. The integration of this technology enables the university to collect measurable data on water usage reduction, supporting evidence-based sustainability reporting. By applying Nano Bubble Technology, Unpad contributes to the advancement of sustainable water management and the reduction of water waste on campus. This initiative supports the university’s environmental sustainability goals by promoting responsible water utilization and reducing dependency on fresh water sources.
Utilization of Rainwater Runoff to Minimize Groundwater Usage
To promote sustainable water reuse practices, Universitas Padjadjaran employs a system that collects and utilizes rainwater runoff as an alternative to groundwater consumption. Rainwater collected from rooftops and open areas is stored in reservoirs and used for non-potable purposes such as irrigation, toilet flushing, and campus cleaning. This practice reduces pressure on underground aquifers and allows the university to track the volume of reused water, ensuring efficient water resource management. The data gathered from these activities contributes to the university’s sustainability monitoring system, forming part of its water reuse measurement framework. This initiative reflects Unpad’s proactive role in conserving water resources while mitigating the environmental impact of excessive groundwater extraction. By integrating eco-drainage systems and rainwater harvesting infrastructure, Unpad demonstrates its commitment to building a resilient and sustainable campus ecosystem.
