Smart_Sanitation_Vrindavan_PPT.pptxbbgbb

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1. Smart Sanitation Infrastructure for Pilgrimage Towns A Sustainable Urban Design Framework for Vrindavan By: [Your Name] Institution | Year

2. Introduction What is Sanitation? Provision of facilities & services for safe waste disposal. Importance in Pilgrimage Towns: High footfall → Hygiene issues. Context: Vrindavan – 5 crore annual pilgrims.

3. Problem Statement Poor sanitation facilities during peak pilgrimage. Overflowing waste bins, open defecation. Lack of real-time monitoring → Slow response. Cultural & heritage sensitivity limits modern interventions.

4. Aim To develop a sustainable urban design framework for smart sanitation in Vrindavan integrating smart toilets, sensor-based waste bins, and real-time monitoring during pilgrimage seasons.

5. Objectives Define sanitation & its role in urban infrastructure. Study existing sanitation in Vrindavan & identify gaps. Analyze basic sanitation requirements (NBC, WHO). Explore smart sanitation technologies: Smart Toilets, Sensor bins, IoT Monitoring. Design a scalable smart sanitation model. Recommend policies for implementation.

6. Literature Review Sanitation – WHO & NBC definitions. Infrastructure – Physical + Organizational systems. Smart Sanitation – IoT & automation for efficiency. Case Studies: Smart City projects & Kumbh Mela sanitation.

7. Existing Sanitation in Vrindavan Public Toilets: Limited, often unclean. Waste bins: Mostly manual, no sensors. Sewage system overloaded during peak seasons. Issues: Lack of monitoring, heritage restrictions.

8. Basic Sanitation Requirements NBC Guidelines: Toilet-user ratio, drainage standards. WHO Standards: Safe disposal of waste, handwashing facilities. Swachh Bharat Mission: Toilets per population, waste segregation.

9. Smart Sanitation Solutions Smart Toilets: Automated flushing, water-saving. Sensor-Based Waste Bins: Fill-level detection, GPS tracking. Real-Time Monitoring: IoT dashboards, mobile apps.

10. Proposed Framework for Vrindavan Smart Toilets near temples & ghats. Sensor bins at congregation points. IoT-based monitoring system linked to municipal dashboard. Integration with heritage-sensitive urban design.

11. Methodology Flowchart 1. Literature Review 2. Site Analysis 3. Data Collection 4. Gap Analysis 5. Technology Assessment 6. Framework Design 7. Sustainability Evaluation 8. Policy Recommendations

12. Sustainability Approach Environmental: Water & energy efficiency. Social: Improved hygiene, inclusivity. Economic: Cost-effective IoT monitoring & reduced maintenance.

13. Expected Outcomes Cleaner pilgrimage environment. Efficient waste management & toilet availability. Real-time monitoring → Quick response. Scalable model for other pilgrimage towns.

14. Conclusion Smart sanitation is essential for sustainable pilgrimage towns. Proposed framework integrates technology, urban design & heritage. Can serve as a model for smart cities & religious tourism hubs.

15. References WHO Guidelines on Sanitation. Swachh Bharat Mission. National Building Code of India (NBC 2016). Case studies: Smart Kumbh, Smart City projects.