Course Outline

Module 1: Introduction to E-Waste: Scope and Challenges

• Definition and categories of e-waste: IT equipment, consumer electronics, large appliances.

• Global e-waste generation trends and transboundary movement.

• Environmental and health impacts of improper e-waste management.

• Exercise: Cataloging e-waste streams generated by a typical office building.

Module 2: E-Waste Composition and Hazardous Materials

• valuable materials: gold, silver, copper, palladium, rare earth elements.

• Hazardous constituents: lead, mercury, cadmium, brominated flame retardants, CFCs.

• Material composition analysis of different electronic devices.

• Workshop: Identifying hazardous components in common electronic devices.

Module 3: Regulatory Frameworks and EPR

• International frameworks: Basel Convention, WEEE Directive.

• Extended Producer Responsibility (EPR): principles and implementation models.

• Design for environment and recycling concepts.

• Case Study: Analyzing the EPR system in a specific country.

Module 4: E-Waste Collection and Transportation

• Collection models: take-back, drop-off, municipal collection, retailer take-back.

• Logistics of e-waste collection and transportation.

• Safety and security during collection and storage.

• Exercise: Designing a collection network for e-waste in an urban area.

Module 5: E-Waste Recycling Technologies and Processes

• Manual dismantling: sorting, depollution, and component recovery.

• Mechanical processing: shredding, sorting, and separation techniques.

• Metallurgical processes: smelting and refining for precious metal recovery.

• Final Project: Developing a business plan for an e-waste recycling facility, including technology selection, safety measures, and market analysis for recovered materials.