Project Overview:
The RMU Playground Rainwater Harvesting System is a successfully executed project that has added a 5000- gallon capacity rainwater harvesting system to the university’s playground. This system efficiently collects and stores rainwater for non-potable uses, contributing to water conservation and sustainability at RMU.
Project Components:
Rainwater Collection System:
A rainwater collection system was installed on the rooftops of nearby buildings, designed to capture and channel rainwater into the storage tank.
Storage Tank:
A 5000-gallon storage tank was securely positioned in the playground to hold the harvested rainwater.
Filtration and Purification:
Filtration and purification systems were integrated to ensure the quality of the harvested rainwater, making it suitable for its intended non-potable purposes.
Distribution System:
A distribution network was established to channel the collected rainwater to various non-drinking water demands across the campus, such as landscape irrigation, toilet flushing, and outdoor cleaning.
Monitoring and Maintenance:
A monitoring system and maintenance schedule were put in place to ensure the efficient operation and longevity of the rainwater harvesting system.
Project Outcomes:
RMU now has a reliable source of non-potable water for campus needs, reducing reliance on the municipal water supply.
The university has experienced cost savings on water bills due to reduced consumption from the municipal supply.The project has made a significant contribution to environmental sustainability by conserving local water resources and promoting responsible water management.
Project Completion:
The RMU Playground Rainwater Harvesting System was successfully implemented within the projected timeframe, and it is now fully operational, providing tangible benefits to the university.
This completed project exemplifies RMU’s commitment to environmental responsibility, sustainability, and efficient resource management. It stands as a model for water conservation initiatives that can