The course offers a comprehensive understanding of solid waste management (SWM), covering essential concepts, technologies, and policies. Beginning with the definition and classification of solid waste, it delves into the Indian scenario, integrated SWM strategies, and policy evolution. Learners will explore waste quantification, characterization methods, and modern collection systems. Advanced topics include vehicle routing, transfer stations, life cycle assessments, carbon footprints, and smart solutions like sensor-based monitoring and data analytics. Practical insights through case studies will prepare participants to address real-world challenges and design sustainable, efficient, and innovative SWM systems.
Target Learners:
§Undergraduate students of Civil Engineering
§Post-Graduate Students of Environmental Engineering
§Practicing Engineers
§Faculties of Civil Engineering Domain
Overview
Syllabus
- Solid Waste Management - A Big picture
- Solid waste, a pressing global issue, is the unwanted material generated from various human activities. This course will explore the types, sources, and impacts of solid waste, with a special focus on the Indian context. We will delve into the importance of effective solid waste management, including the principles of Integrated Solid Waste Management (ISWM). You'll learn about the evolution of solid waste management policies and regulations in India, understanding the legal framework that governs waste disposal practices. By the end of this course, you'll gain a comprehensive understanding of the challenges and opportunities in solid waste management and be equipped to contribute to sustainable solutions.
- Waste Characterization
- Solid waste management requires accurate estimation and characterization of waste generation. This course will delve into various methods to quantify waste, including direct measurement, surveys, and statistical modeling. We will explore the factors influencing waste generation, such as population growth, economic activities, and cultural practices. Additionally, we will examine different techniques for characterizing waste, including physical, chemical, and biological methods. By understanding the composition and properties of waste, we can develop effective strategies for its management and disposal.
- Waste Collection, Storage and Transportation
- This course delves into the core aspects of waste collection, storage, and transfer systems essential for effective waste management. It covers various collection methods, container types, and materials, along with advanced collection systems like Hauled and Stationary Container Systems (HCS and SCS). Learners will explore onsite and centralized storage methods, vehicle routing strategies, and technologies for transfer stations. Emphasis is placed on feasibility and economic analysis to design efficient systems. Through case studies and practical insights, the course equips participants to optimize waste collection and transfer processes, ensuring sustainability and operational efficiency in waste management systems.
- Sustainability and Smart Solid Waste Management
- This course explores advanced tools and technologies for smart and sustainable waste management. Key topics include Life Cycle Assessment (LCA) and Carbon Footprint analysis to evaluate environmental impacts. Participants will learn about smart systems, including sensors for real-time monitoring of waste parameters like compost moisture content and dustbin capacity. Additionally, the course covers data analytics techniques for optimizing waste collection services, enabling efficient resource allocation and reducing operational costs. By integrating sustainability principles with cutting-edge technologies, this course prepares learners to design intelligent waste management systems that minimize environmental impacts and promote sustainable urban development.
Taught by
Subject Matter Expert
