Overview

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This course will explore the definition, classification, and characteristics of hazardous waste, including chemical, biological, and radioactive substances. We will delve into the mechanisms of transport in the environment, the various treatment methods employed to mitigate their impact, and the legal framework governing hazardous waste management. Additionally, we will examine specific types of hazardous waste, such as construction and demolition waste, electronic waste, plastic waste, biomedical waste, and household hazardous waste. By understanding the challenges and opportunities in hazardous waste management, you will be equipped to contribute to sustainable and environmentally responsible practices. Target Learners: §Undergraduate students of Civil Engineering §Post-Graduate Students of Environmental Engineering §Practicing Engineers §Faculties of Civil Engineering Domain

Syllabus

Hazardous Waste

This course will delve into the definition, classification, and characteristics of hazardous waste, exploring its historical context and the evolving regulatory framework. We will examine the mechanisms by which hazardous substances can migrate through the environment, and discuss the various physical, chemical, and biological treatment methods employed to mitigate their impact. By understanding the nature and behavior of hazardous waste, we can develop effective strategies for its management and disposal.

Construction and Demolition Waste

Construction and Demolition (C&D) waste involves a diverse array of materials arising from construction activities, such as concrete, wood, metals, and others, which must be handled separately. This module on construction and demolition waste management offers a perspective on sustainable practices for handling C&D waste. It will cover the composition, measurement, processing techniques, and regulations associated with C&D waste management. The module will emphasize the adoption of a circular economy approach to enhance resource efficiency and minimize environmental repercussions. Additionally, we will explore case studies showcasing C&D waste management strategies that promote sustainable practices within the construction industry.

E Waste and Plastics

This course provides a comprehensive overview of e-waste and plastic waste management. It covers the definition, classification, and composition of e-waste, along with global and Indian statistics on its generation. Learners will explore relevant regulations, legislations, and processing technologies for e-waste recovery and recycling. The course also highlights the health impacts of e-waste and effective disposal methods. Additionally, it delves into the challenges of plastic waste, including handling, management, and the potential for recycling plastics as resources. Through case studies and practical insights, the course prepares learners to address the growing challenges of e-waste and plastic waste sustainably.

Biomedical, Radioactive and Household Hazardous Waste

This course covers the key concepts and management strategies for handling biomedical, radioactive, and household hazardous wastes (HHW). It begins with the definition and classification of biomedical waste, exploring relevant legislations and management methods, including thermal treatment standards. The course also delves into the treatment, disposal, and storage of radioactive waste, emphasizing safety and regulatory compliance. Additionally, learners will examine HHW, its risks, and best practices for management. By combining theoretical knowledge with practical solutions, the course equips participants to manage these specialized waste streams safely and sustainably, ensuring environmental and public health protection.