Historic Scotland Technical Paper 13: Embodied Energy Considerations for Historic Buildings

Engineering

• Embodied Energy 100%
• Energy Engineering 100%
• Historic Building 100%
• Embodied Carbon 71%
• Building Construction 42%
• Life Cycle Analysis 42%
• Energy Conservation 28%
• Energy Performance 28%
• Life Energy 28%
• Full Life Cycle 28%
• Energy Efficiency 28%
• Greenhouse Gas 14%
• Lifecycle 14%
• Durables 14%
• Cost Implication 14%
• Construction Types 14%
• Existing Building Stock 14%
• Building Product 14%
• Operational Energy 14%
• Life Cycle Thinking 14%

INIS

• energy 100%
• scotland 100%
• carbon 94%
• life cycle 33%
• emission 22%
• construction 16%
• cost 11%
• performance 11%
• sinks 11%
• sustainability 11%
• energy efficiency 11%
• levels 5%
• values 5%
• solutions 5%
• reduction 5%
• greenhouse gases 5%
• energy consumption 5%
• assessments 5%
• stocks 5%
• increasing 5%
• retention 5%
• extraction 5%
• regeneration 5%
• tourism 5%
• demolition 5%
• economic impact 5%
• raw materials 5%