Lovely Professional University, showcased the trans-formative power of education and community engagement in addressing water scarcity challenges. By fostering awareness, promoting responsible water practices, and encouraging active participation, the event contributed to a shared commitment to preserving this essential resource and mitigating the impact of water scarcity on communities worldwide.
LPU conducts various events throughout the year for local communities to learn about water management practices which are free of cost. These activities help university achieve broader vision about conscious water use in wider community. In this pursuit, students as well as staff voluntaries for these activities to make life more sustainable. In addition to this LPU provides various courses, seminar, workshops on paid basis so that deep education about water sustainable practices can be communicated.
LPU is strongly committed to advancing social impact in line with the Sustainable Development Goals (SDGs), particularly SDG 6, which focuses on ensuring sustainable water and sanitation for all. As part of its outreach activities, the university's teaching group of experts delivers Short Term Course to registered participants from external organizations about "Enhancing Skills in Water Demand and Supply Management". This outreach activity enhance skills in creating water networks, using simulations to visualize water demand and supply, evaluating qualitative and quantitative uncertainties, understanding spatial and attribute data limitations, and analyzing water supply sustainability from a network operation perspective.
As part of an open and collaborative campus outreach initiative, LPU hosted the "Water Utility Management Workshop" through HRDC, engaging external participants in advanced training. This hands-on workshop included practical exercises in water supply networks and hydraulics, data integration, and output analysis. Participants also learned to import GIS maps into EPANET for network design and develop both demand-driven and pressure-driven models. The training further introduced Qatium, an advanced water management platform, empowering attendees with cutting-edge tools for effective water utility management.
LPU students took to the streets to showcase the "Go Clean & Safe" initiative, highlighting their innovative water-less car wash concept. This outreach effort aimed to raise public awareness about water conservation, emphasizing the importance of sustainable practices in everyday life. By engaging the community in discussions and demonstrations, the students effectively communicated the significance of reducing water usage and adopting eco-friendly alternatives. Their commitment to environmental stewardship aligns with Sustainable Development Goal 6, promoting clean water and sanitation while inspiring others to join in the conservation movement.
Students from Lovely Professional University spearheaded a clean-up initiative along the Sutlej River, one of Punjab's prominent rivers. This outreach activity involved collaborative efforts with the National Cadet Corps (NCC) to collect waste from the riverbed, showcasing their commitment to environmental stewardship. By actively participating in this "Clean Drive," the students not only contributed to revitalizing the river's ecosystem but also raised awareness about the importance of preserving natural water resources. This initiative aligns with Sustainable Development Goal 6, underscoring the university's dedication to ensuring clean water and sanitation for all.
LPU students-led project aims to provide Udaipur residents with a reliable source of clean water while promoting sustainable water management practices. Through hands-on involvement, students gain valuable educational experience in water resource management, from water source development to sustainable distribution. This initiative not only benefits the local community by improving water access but also serves as an educational platform, equipping students with practical skills and insights into effective water management.
Event organized by students of Lovely Professional University, this event was driven by a commitment to raise public awareness within their community. The students took a pledge to educate villagers about the critical issue of water scarcity and how seemingly innocent daily activities can inadvertently contribute to the global water shortage, making it a challenge for people to access clean water for survival.
Event organized by the Student Organization Cell, Division of Student Welfare at Lovely Professional University, this event brought together students, university maintenance incharge and more than 100 community members. The aim was to raise awareness about the importance of water utilization by urging people to transition from traditional plumbing fixtures and fittings to water-efficient alternatives. These changes can significantly reduce water waste and lead to cost savings on water and electricity bills, which is particularly crucial in areas with high water production and supply costs.
Event organized by the Student Organization Cell, Division of Student Welfare at Lovely Professional University, this event took place outside the university, in a local near by school. The "Water Conservation and Gardening Workshop for School Children" showcased the potential for education and hands-on experiences to nurture environmental awareness and responsible habits in young minds. By teaching children the value of water conservation and gardening, this event laid the foundation for a more sustainable and environmentally conscious future generation.
Event organized by the Student Organization Cell, Division of Student Welfare at Lovely Professional University, this event took place outside the university, where students and environmental science experts engaged with various industry owners in an industrial estate. The primary objective was to educate industrial stakeholders about the adverse effects of their activities, such as discharging oil, hazardous substances, and other pollutants into water bodies. The event aimed to raise awareness about the detrimental impact of industrial pollution on water quality, public health, and the environment, while also providing technical guidance on pollution prevention.
School of Civil Engineering organised Virtual meet platform, on 16th June 2022, to spread awareness of the importance of utilization of ground water resources in an sustainable manner. It's concerning to hear about the deterioration in groundwater quality as mentioned in the case study reports during the guest lecture. Addressing groundwater quality issues requires a multidisciplinary and collaborative effort involving government, local communities, and scientific experts. It's essential to take proactive measures to protect this valuable resource for current and future generations. Other various activities were done to aware people about water conservation, Clean- hygiene living techniques, clean water, decent toilets and good hygiene accessible for everyone, everywhere with aim to understand the value of requirement of Clean drinking water.
School of Chemical Engineering & Physical Sciences organized guest lecture, on 9th August 2022. Activity Objective is to raise awareness about the benefits of water reuse and reclamation. Address any concerns or misconceptions. The primary purpose of this activity was to explore and implement effective strategies between society for the reuse and reclamation of water resources, contributing to sustainable water management and resource conservation. The "Water Reuse and Reclamation" project aims to address the pressing issue of water scarcity and environmental pollution by developing and implementing sustainable solutions for the responsible use of water resources. Through careful planning, technology selection, and community engagement, this project will contribute to a more sustainable and water-resilient future.
School of BioEngineering & BioSciences organized Virtual meet platform, on 29th August 2022. The overarching goal of this project is to restore the environment, promote groundwater recharge, and establish both direct and indirect potable water reuse systems for sustainable and resilient water management. The "Comprehensive Environmental Restoration, Groundwater Recharge, and Potable Water Reuse Initiative" is a holistic approach to address water scarcity, environmental degradation, and the need for sustainable water management. Through environmental restoration, groundwater recharge, and advanced water reuse systems, this project will contribute to a resilient water supply, reduced environmental impact, and a more sustainable future for the community and the environment.
School of Agriculture organized guest lecture, on 23rd November 2022. This meet aims to develop a comprehensive water reuse strategy that incorporates dual distribution systems while considering the essential storage requirements for efficient and sustainable water management. The "Integrated Water Reuse Planning and Dual Distribution Systems with a Focus on Storage Requirements" project represents a holistic approach to water management, addressing water scarcity, quality control, and sustainability. By incorporating water reuse, dual distribution, and effective storage solutions, this project aims to secure a resilient and reliable water supply while minimizing environmental impact and promoting responsible water practices.
The attached annual report highlights LPU's commitment to providing educational opportunities in water management, both within the university and in the surrounding community. The university conducts a range of free and paid events, such as workshops, short-term courses, and awareness campaigns, to promote water conservation and sustainable practices. These initiatives include hands-on training on water supply networks, water reuse strategies, and pollution prevention. Through these efforts, LPU fosters awareness, encourages active participation, and equips participants with practical skills to manage water resources effectively, contributing to the broader vision of responsible water use and sustainability.
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