Engineering
Life Cycle Assessment
100%
Limiting Value
75%
Building Type
55%
Life Cycle Inventory
50%
Environmental Impact
50%
Bio-Based Material
50%
Construction Process
50%
Building Site
50%
Reference Model
50%
Carbon Footprint
50%
Building Regulation
47%
Operational Energy
37%
Greenhouse Gas
34%
Square Meter
33%
Installation Process
25%
Building Sector
25%
Process Stage
25%
Heating Energy
25%
Building Product
25%
Sustainable Construction
25%
Environmental Product Declaration
25%
Construction Site
25%
Renewable Energy
25%
Monitoring Data
25%
Emission Factor
25%
Carbon Dioxide Capture
16%
Sustainable Building
16%
Deep Renovation
12%
Design Stage
12%
Service Life
12%
Building Stock
12%
Energy Requirement
12%
Energy Engineering
12%
Construction Work
5%
Cumulative Distribution Function
5%
Residential Building
5%
Mitigation Strategy
5%
Construction Activity
5%
Reduce Emission
5%
Target Level
5%
Lifecycle
5%
Conventional Case
5%
Keyphrases
Carbon Impact
50%
Whole Life Carbon
50%
Biomaterials
50%
Wood
50%
Carbon Regulation
50%
Timber Buildings
50%
Life Cycle Assessment
50%
CO2e
50%
Housing Construction
50%
Greenhouse Gas Emissions
37%
Environmental Impact
33%
Construction Industry
29%
Building Regulations
29%
Ambition Level
25%
Sustainable Building
16%
Environmental Potential
16%
Capture CO2
16%
Climate Footprint
16%
Building Environmental Impact
16%
Timber
16%
CO2-eq
16%
International Legislation
16%
Reporting Criteria
16%
Material Quantity
12%
Building Fabric
12%
Conventional Practice
12%
Building Type
12%
Life Cycle Greenhouse Gas Emissions
12%
Mitigation Strategies
12%
Building Projects
12%
Emission Reduction
12%
Cumulative Distribution Function
12%
Adaptation
12%
Construction Activities
12%
Policy Measures
12%
Real Building
12%
Mitigation Measures
12%
Mitigation Efforts
12%
Building Typology
12%
Residential Buildings
12%
Global Construction
12%
Net Zero
12%
Construction Works
12%
Emission Limit Value
12%
Low Carbon Footprint
12%
