Modeling the life cycle inventory of hydroelectric power plants. The importance of considering product loss rates in LCA to reduce uncertainty of results: Art, Science and Sustainability: CoM authorities may decide to account emissions using either a standard or a LCA approach. Environmental impacts of remediation of a trichloroethene-contaminated site: Building and construction – dc. A Lebanese case study.
Comparison of static and dynamic life cycle assessment. Methodological challenges and developments in LCA of low energy buildings: La Chaire internationale sur le cycle de vie. Ecological footprint and integrated indicators for land use in life cycle impact assessment. Ericsson Montreal conference serie. How to position a biomass with respect to market-driven requirements? Specific issues and current state of knowledge.
In this study, the environmental footprint of caze and cast-in-situ concrete is compared using a life cycle assessment LCA approach. At the industrial level, many initiatives are presently under development, aimed at developing sector-specific guidance.
Van de Meent, T. Metal toxicity assessment in soils using enzymatic activity: Trotter Institute for Sustainability in Engineering and Design.
IES – Institute for Environment and Sustainability – Calendar
A step forward in dynamic LCA operationalization: Art, Science and Sustainability: However practitioners still struggle when communicating the results to the users and further efforts are necessary. Organic compounds toxicity in LCIA: A life-cycle perspective on occupational impacts from exposition to chemicals.
Journal of Industrial Ecology 14 2: Using online scientific notebooks for LCA calculations.
Including the spatial variability of metal speciation into the effect factor in life cycle impact assessment. Key issues and options in eurpe for carbon sequestration and temporary storage in life cycle assessment and carbon footprinting. Science of The Total Environment — 0: Assessing temporary carbon sequestration and storage projects with dynamic life cycle assessment.
International Reference Centre for the Life Cycle of Products, Processes and Services
Life cycle assessment of spray dried soluble coffee and comparison with alternatives drip filter and capsule espresso. Including metal speciation in LCA in terrestrial ecotoxicity: Energy 35 Life Cycle Assessment of flat plate and evacuated tubes solar water lcq in Lebanon. Carrying capacity based normalization references at the endpoint level.
Assessment of land use impacts on soil ecological functions: What impacts on metallic resource competition? A new global regionalized life cycle impact assessment method. Nature Climate Change 2: Minimization of Stydy cloud emissions based on marginal electricity management.
Enhancing life cycle assessment interpretation ,ca regionalization and impact assessment sensibility. Environmental Consequences of future data centre deployment in Canada. Journal of Cleaner Production 67 0: Environmental and economic assessment to guide a more sustainable development of biofuel pathways in Canada.
Green Sustainable Telco Cloud provisioning for smart City. Towards a methodological integration of resource criticality assessment and life cycle assessment — a way forward to a more compressive Resource Impact Assessment Method.
Economic Systems Research – doi: Accounting for users in competition and their adaptation costs in resource use impact assessment. Application of life cycle assessment to compare the environmental footprint of concrete methods. After the adoption, of the EU Climate and Energy Stuvythe European Commission launched the Covenant of Mayors CoM to endorse and support the efforts deployed by local authorities in the implementation of sustainable energy policies.