C a r b o n O F F S E T c e rt i f i c at e 247 tonnes carbon dioxide (CO2-e) Retired on behalf of: University of Melbourne in respect of the embodied energy of goods supplied by Lyreco during the period January to Decem

Source URL: www.sustainablecampus.unimelb.edu.au

J. Orondo & C. Bedoya / International Journal of Sustainable ConstructionISS SNprint) ISSNo

Source URL: www.ijsc.greenlines-institute.org

• Impact assessment
• Sustainable development
• Sustainable building
• Life-cycle assessment
• Leadership in Energy and Environmental Design
• Environmental impact assessment
• Embodied energy
• Sustainability measurement
• Recycling
• Environment
• Sustainability
• Environmental design

Microsoft Word - energy.intensity.cao.nov7-2009.doc

Source URL: www.hkimr.org.

• Technology
• Energy policy
• Economic indicators
• Macroeconomics
• Climate change policy
• Embodied energy
• Emission intensity
• Energy intensity
• World energy consumption
• Environmental economics
• Energy
• Economics

IEA ECBCS Annex 57 -Evaluation of Embodied Energy and Carbon Dioxide Emissions for Building ConstructionJune 2013

Source URL: www.iea-ebc.org

B. Rivela et al. / International Journal of Sustainable ConstructionISS SNprint) ISSNo

Source URL: www.ijsc.greenlines-institute.org

• Sustainable development
• Environmental economics
• Industrial ecology
• Life-cycle assessment
• Environmental impact assessment
• Sustainability measurement
• Embodied energy
• Green building
• Performance-based building design
• Environment
• Sustainability
• Impact assessment

CORRIM: Life-Cycle Environmental Performance of Renewable Building Materials By Bruce Lippke, Jim Wilson, John Perez-Garcia, Jim Bowyer, and Jamie Meil A

Source URL: www.corrim.org

• Building materials
• Sustainable building
• Composite materials
• Wood
• Concrete
• Embodied energy
• Lumber
• Framing
• Consortium for Research on Renewable Industrial Materials
• Construction
• Architecture
• Visual arts

Chapter 5 Physical realities and the sustainability transition Barney Foran Institute for Land, Water and Society, Charles Sturt University In responding to the global impact of local and regional activities, sustainabi

Source URL: www.sciencearchive.org.au

• Climate change policy
• Environmental social science
• Environmentalism
• Sustainability
• Climate change mitigation
• Low-carbon economy
• Economic growth
• Productivity
• Embodied energy
• Environment
• Economics
• Environmental economics

DOC Document

Source URL: www.hse.ru

• Asia-Pacific Economic Cooperation
• Politics
• Hitotsubashi University
• Institute of Developing Economies
• Input-output model
• BRIC
• Embodied energy
• Japan External Trade Organization
• Economics
• Regional science
• International relations

LIFE CYCLE ANALYSIS (LCA) THE APPLICATION OF LIFE CYCLE ANALYSIS BY BLUESCOPE STEEL Life Cycle Analysis (LCA) is an important tool used by BlueScope Steel to improve both steelmaking processes and products. In broader te

Source URL: www.bluescopesteel.com

• Design
• Design for X
• Impact assessment
• Life-cycle assessment
• Green building
• Embodied energy
• Waste minimisation
• LinkCycle
• Eco-costs value ratio
• Industrial ecology
• Environment
• Sustainability

GH[removed]Part C3 This proposal collects site artefacts, preserves contributory memories & re-interprets them. South Harbor is identified by its maritime history including cultural memories & embodied energy from sit

Source URL: designguggenheimhelsinki.org