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Concept

Material flow analysis

Related lectures (32)

Urban Metabolism: Sustainable Resource Management

Delves into urban metabolism, industrial ecology, and sustainable resource management within cities.

Urban Metabolism and Circular Economy

Explores urban metabolism, circular economy, accounting approaches, and policy measures for sustainable resource management in cities.

Material Flow Analysis Methodology

Introduces the Material Flow Analysis methodology, covering history, urban metabolism, applications, and steps of MFA.

Urban Metabolism: Material and Energy Flow Analysis

Delves into Urban Metabolism through Material and Energy Flow Analysis for sustainable resource management in cities.

Material and Energy Flow Analysis

Covers Material and Energy Flow Analysis for resource management, focusing on methodologies and examples from cities like Vienna and Paris.

Material and Energy Flow Analysis for Resource Management

Covers Material and Energy Flow Analysis for resource management, urban systems, sustainable urban transition, and resource use dynamics.

Chemical Engineering Fundamentals

Covers the basics of chemical engineering, including material and energy balances, stoichiometry, and reactive mass balances.

Material and Energy Flow Analysis

Covers Material and Energy Flow Analysis for resource management, exploring methodology, indicators, Circular Economy, and data acquisition.

Natural Stone: Sustainable Architecture Discussion

Discusses the sustainable potential of natural stone in architecture, focusing on material cycle, cultural significance, and design possibilities.

Chemical Engineering Fundamentals

Covers the basics of chemical engineering, including material and energy balances, stoichiometry, and reaction processes.

Material and Energy Flow Analysis for Resource Management

Explores Material and Energy Flow Analysis for resource management, industrial ecology, circular economy, and sustainable industrial transition.

Natural Stone: Sustainable Architecture

Discusses the sustainable aspects of natural stone as a building material and its potential to enrich contemporary architecture.

Natural Stone: Sustainable Architecture Enriched by Ancient Practices

Explores the sustainable nature of natural stone and its potential for enriching contemporary architecture through ancient building practices.

Environmental Accounts at FSO: Material Flows and Circular Economy

Explores environmental accounts at FSO, emphasizing material flows, circular economy, and sustainable resource management.

Natural Stone: Sustainable Architecture

Explores the sustainable nature of natural stone and its potential in enriching discussions on sustainable architecture through efficient use of raw materials and circular economic processes.

Energy and Material Flows: Sustainable Solutions

Explores global energy balance, environmental impact of material flows, renewable energy challenges, and future clean energy solutions.

Recycling and Sustainable Development: Challenges and Solutions

Examines the role of recycling in sustainable development, addressing its limitations and the importance of a circular economy.

Recycling of Materials – Introduction

By the instructor Yves Leterrier introduces the concept of recycling of materials and its global impact.

Industrial Ecology and Circular Economy

Explores industrial ecology, circular economy, MFA methodology, and industrial symbiosis in managing resources in industrial areas.

Life Cycle Representation

Covers life cycle analysis, process tree representation, and examples like the assessment of a cup of hot water.