Waste Management and Critical Raw Materials Course

Lesson 1 • Economic Dimensions of Waste

Quantifies the cost of waste mismanagement and the value locked in discarded materials. Introduces the business case for resource recovery and circular approaches.

Lesson 2 • Defining Waste and Its Categories

Establishes universal definitions and classification frameworks for solid, liquid, and hazardous waste. Provides the vocabulary needed for all subsequent technical analysis.

Lesson 3 • Environmental and Health Impacts

Analyses how improper waste disposal contaminates soil, water, and air. Grounds the course in real consequences that motivate sound management practice.

Lesson 1 • Transboundary Waste Movement Rules

Covers international controls on cross-border shipment of hazardous and recoverable waste. Students learn notification, consent, and documentation procedures.

Lesson 2 • Permitting and Licensing Systems

Details how facilities obtain, maintain, and renew operating permits for waste treatment and disposal. Connects permit conditions to site management obligations.

Lesson 3 • Reporting and Data Obligations

Outlines mandatory data collection, record-keeping, and public disclosure requirements for waste operators. Prepares students to build compliant reporting systems.

Lesson 4 • Extended Producer Responsibility

Explains how EPR schemes shift end-of-life costs to manufacturers and importers. Covers scheme design, compliance mechanisms, and reporting requirements.

Lesson 1 • Route Optimisation and Scheduling

Applies logistics principles to minimise collection cost and emissions through efficient routing. Introduces software tools and data inputs used in route planning.

Lesson 2 • Source Separation and Segregation

Covers household and industrial segregation schemes that preserve material quality for recovery. Explains how segregation design directly affects downstream processing efficiency.

Lesson 3 • Collection Vehicle Technologies

Surveys vehicle types, compaction systems, and alternative fuel options for waste fleets. Connects vehicle selection to collection frequency and material type.

Lesson 4 • Collection Contract Management

Guides students through tendering, performance monitoring, and contract renewal for collection services. Links contract design to service quality and cost control.

Lesson 1 • Mechanical Treatment Processes

Covers shredding, screening, magnetic separation, and density sorting used to prepare waste for further processing. Explains how each step improves material purity and recovery rates.

Lesson 2 • Chemical and Physical Treatment

Introduces stabilisation, solidification, neutralisation, and solvent extraction for hazardous waste streams. Links treatment selection to waste chemistry and disposal requirements.

Lesson 3 • Technology Selection and Evaluation

Provides a decision framework for matching treatment technology to waste composition, volume, and regulatory context. Integrates cost, energy balance, and residue quality criteria.

Lesson 4 • Biological Treatment Methods

Examines aerobic composting, anaerobic digestion, and vermicomposting for organic waste valorisation. Connects process parameters to output quality and regulatory compliance.

Lesson 1 • Environmental Footprint of Extraction

Examines land disturbance, water use, and toxic by-products associated with primary mining of critical materials. Motivates the shift toward secondary sourcing and recycling.

Lesson 2 • Global Supply Chains and Geopolitics

Maps production concentration, refining bottlenecks, and trade dependencies for critical materials. Reveals how geopolitical factors translate into supply disruption risk.

Lesson 3 • Key Critical Raw Material Groups

Surveys rare earth elements, platinum-group metals, lithium, cobalt, and other priority materials. Connects each group to its primary industrial applications.

Lesson 4 • Demand Drivers and Future Projections

Analyses how clean energy, electronics, and defence sectors drive accelerating demand for critical materials. Quantifies projected supply-demand gaps to the mid-century.

Lesson 1 • Hydrometallurgical Recovery Processes

Covers leaching, solvent extraction, ion exchange, and electrowinning used to recover metals from secondary feeds. Links process chemistry to target metal purity requirements.

Lesson 2 • Concept and Scope of Urban Mining

Defines urban mining as the systematic recovery of materials from the anthropogenic stock. Quantifies the material reservoirs available in buildings, infrastructure, and products.

Lesson 3 • E-Waste as a Critical Material Source

Identifies the concentration of precious and critical metals in printed circuit boards, displays, and batteries. Covers collection systems and pre-processing steps specific to e-waste.

Lesson 4 • Industrial Residues and By-Products

Examines slags, fly ash, red mud, and process liquors as secondary sources of critical materials. Evaluates concentration levels and technical feasibility of recovery.

Lesson 1 • Eco-Design for Material Recovery

Applies design-for-disassembly and material selection principles to maximise end-of-life recoverability. Connects product design decisions to downstream recycling efficiency.

Lesson 2 • Business Models for Circular Transition

Analyses leasing, refurbishment, remanufacturing, and deposit-return schemes as revenue models that extend material life. Evaluates financial and operational requirements for each model.

Lesson 3 • Measuring Circularity Performance

Introduces material flow indicators, circularity rate metrics, and reporting frameworks used to track circular economy progress. Enables students to set targets and monitor outcomes.

Lesson 4 • Circular Economy Principles and Models

Introduces the regenerative design logic of circular economy and its contrast with linear take-make-dispose models. Frames waste as a design failure rather than an inevitable outcome.

Lesson 1 • Key Performance Indicators and Targets

Defines KPIs for diversion rates, recovery yields, cost efficiency, and carbon reduction in waste operations. Connects indicator selection to strategic objectives and reporting obligations.

Lesson 2 • Waste and Resource Strategy Development

Guides students through situational analysis, goal setting, and action planning for waste and resource strategies. Integrates stakeholder input and regulatory requirements into the planning process.

Lesson 3 • Financing and Investment in Waste Infrastructure

Surveys funding mechanisms including green bonds, public-private partnerships, and blended finance for waste and recovery projects. Prepares students to build investment cases.

Lesson 4 • Communicating Strategy to Stakeholders

Develops skills for translating technical waste and resource strategies into compelling narratives for diverse audiences. Covers reporting formats, visual communication, and public engagement.

Lesson 5 • Risk Management in Resource Operations

Applies risk identification, assessment, and mitigation to supply chain disruptions, regulatory changes, and market volatility. Builds resilience into operational and strategic plans.