LCA

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Tetrahedrite-Based Thermoelectric Devices: Balancing Environmental and Economic Indicators through a LCA-LCC Approach

Mining waste, derived from extracting and processing mineral resources, is among the largest waste stream in the EU, and tailing management can lead to severe environmental risk and potential safety hazards. Within this context, the...

The Potential of Hydrothermal Liquefaction Fuel to Decarbonize the Aviation Sector

Session 09: Life Cycle Innovation in the Transport and Mobility Sector (1)

Hydrothermal Liquefaction (HTL) is a thermochemical process, which can produce transportation fuels from a wide range of biogenic raw materials, such as forestry residues, straw, sewage sludge, manure or microalgae. Thanks to its feedstock flexibility,...

The Quality Summit on the Future of LCA

The current landscape of Life Cycle Assessment (LCA) is undergoing a significant transition, driven by the dual pressures of evolving international standards and the urgent need for scalable, digitalized solutions. As environmental reporting moves from...

Toward enhanced ecodesign of urban project thanks to City Information Modelling

Environmental impacts are to be taken into account as early as possible in the design stages of urban projects so as to be able to select the most sustainable design. Nowadays, more and more district...

Under what conditions can true prices enhance the sustainability of agri-food networks? – Lessons learnt from a German case study

Session 07: Sustainable Innovation in the Food Sector (1)

There is broad scientific consensus that current food systems are neither sustainable nor resilient: many agricultural practices are very resource-intensive and responsible for a large share of global emissions and loss of biodiversity. Consequently, current...

Workshop 01: Life Cycle Assessment and LCA Automation in discrete manufacturing companies: Challenges and solutions

Life Cycle Assessment (LCA) is a critical tool for evaluating the environmental impact of products and services throughout their life cycle. However, conducting LCA can be a complex and time-consuming process, particularly for diverse manufacturing...

Workshop 03: Navigating methodological inconsistencies in Scope 3 accounting & LCA

Objectives and Motivation: Companies often rely on spend-based calculations for Scope 3.1 purchased materials, but this approach is arguably a dead end for effective decarbonization. Furthermore, the estimated carbon emissions often deviate significantly from bottom-up...

Workshop 07: Bringing supplier-specific product carbon footprints into LCA calculation engines at scale

Large industry initiatives (e.g. Catena-X, Together for Sustainability, or World Business Council for Sustainable Development) promote aligned calculation methodologies as well as data formats for standardized PCF exchange along the supply chain. The intention is...

Workshop 09: The Business Case for Life Cycle Assessment: Quantifying Return on Investment

Life cycle assessment (LCA) is often seen as a technical sustainability tool. In reality, when used well, it is a powerful business decision-support instrument that speaks directly to revenue growth, cost reduction, brand value, and...

Workshop 11: How to Communicate Sustainability? Translating LCA Results into Meaningful Messages and Engaging Non-expert Audience with Interactive Quizzes

Life Cycle Assessment is widely recognised as a robust, science-based method to assess environmental sustainability. However, translating complex LCA results into clear, credible, and decision-relevant communication remains challenging. While LCA practitioners are comfortable with detailed...