Sustainable water extraction on campus

University utilizes groundwater extraction through bore wells while ensuring that rainwater recharge structures are in place to replenish groundwater levels during rainfall. The university has Government approval to abstract 4600 cubic metres of water consumption per day which is sufficient for a campus population of more than 50000, however the water use is judicious and is not used till its highest level. These bores are well certified by Department of Water resources,”Punjab Water Regulation and Development Authority”. University has 32 drinking water bores and shallow bores through which fresh water extracted and is made available to all at zero cost at various locations of campus with energy saving solar water pumps to run the water pumping system in the campus. Additionally, LPU explores advanced methods such as desalination, wastewater treatment, and membrane-based technologies for water purification and reuse. Solar energy is also harnessed for water purification and extraction, further reducing the carbon footprint and enhancing sustainability efforts. These initiatives underscore LPU's commitment to fostering environmentally responsible practices that ensure water sustainability for future generations.

LPU’s Integrated Rainwater Harvesting and Groundwater Recharge: Advancing Cooperation on Water Security

Lovely Professional University has developed an integrated rainwater harvesting and management system that directly supports cooperation on water security. A dedicated pipeline network captures runoff from rooftops, parking areas, and roads, channeling it into storage tanks and recharge wells. The collected water is filtered for reuse in irrigation, flushing, and landscaping, while excess supplies recharge groundwater, reducing dependence on borewells and preventing waterlogging. To strengthen this system, LPU has installed 39 rainwater harvesting bores (reverse bores), which have raised the groundwater table by nearly six feet, as confirmed through piezometer monitoring. Regular tracking and maintenance ensure effective system performance and guide future conservation strategies. These initiatives minimize wastage, enhance resilience, and replenish aquifers, while aligning with SDG 6 (Clean Water and Sanitation). Through such efforts, LPU demonstrates its commitment to sustainable water management and indirectly collaborates with local to global agendas on water security.

Promoting conscious water usage on campus

LPU implies improvements in water quality and protecting ecosystem management : LPU focuses on improving water quality and protecting ecosystems, recognizing freshwater as limited and under constant threat from pollution. Ensuring clean water is crucial for safe drinking, food security, and healthy ecosystems through sustainable management practices. LPU Implemies improvement in Water, Sanitation and Hygiene Management : LPU advances Water, Sanitation, and Hygiene (WASH) management to ensure sustainable access to safe water and sanitation, addressing global health and development goals. LPU’s Pre-Condition Water Sustainable management : LPU recognizes smart water management as a pre-condition for sustainable development, given water’s finite nature and vital role in human well-being. Efficient water use enhances the resilience of social, economic, and environmental systems amid rapid changes.

1. Signs promoting water conservation across campus
The university actively promotes conscious water usage across the campus by installing informative and engaging signages at various key locations. These signages serve as constant reminders to students, faculty, staff, and visitors about the importance of conserving water and adopting sustainable habits in daily activities.

• Organizing workshops, seminars, and campaigns to educate students, staff, and faculty about the importance of water conservation.

• Posters and Speaker Announcement in campus to raise awareness about mindful water usage, such as turning off taps, reducing water wastage, and using water efficiently.

• Installed water-saving devices such as low-flow faucets, water-efficient toilets, and sensor-based taps in restrooms and kitchens.

• Usage of rainwater harvesting systems to collect and store rainwater for irrigation and other non-potable uses.

• Set up of water meters across campus to monitor consumption patterns and identify areas of improvement.

4. Behavioral Nudges
Placed informative signages in key locations like restrooms, water coolers, and near common water usage areas, encouraging students and staff to use water responsibly.

• University Implemented xeriscaping, a landscaping technique that uses drought-resistant plants to reduce the need for watering.

• Use of native plants that require less water and are well-suited to the local climate.

6. Smart Irrigation Systems
Using smart irrigation systems that adjust watering schedules based on weather conditions.

• Set up to collect rainwater from the roofs of the buildings and open areas to collect rainwater for irrigation or other non-potable uses.

• Promote greywater recycling systems for reusing water.

8. Monitor and Track Progress
Regularly track water usage data across campus to identify patterns and areas where water conservation efforts can be improved.

9. Publish reports on Water Consumption
Publish reports or updates on water usage statistics and conservation efforts, ensuring the campus community is aware of progress and challenges