TY - GEN
T1 - Sustainability Assessment of Facilities
T2 - Symposium on Life Cycle Assessment of Products and Technologies, LCA
AU - Airaksinen, Miimu
AU - Huovila, Pekka
AU - Nummelin, Johanna
AU - Tuominen, Pekka
PY - 2009
Y1 - 2009
N2 - The building sector contributes about a third of all
energy-related emissions worldwide. Taking into account
the emissions caused by land-use change impacts caused by
urbanization, the manufacturing of building elements and
the production of building materials, the share becomes
even larger. According to the World Watch Institute, if
the current trend continues the entire global community
will run out of raw building materials by approximately
2030. Moreover, the building sector consumes water - a
scarce resource in many parts of the world - for domestic
use, landscapes and cooling towers. The building sector
also generates a large variety of waste in construction,
operation, renovation and, finally, demolition.
Consequently, finding an effective way to transform the
way we plan, design, build, operate, renovate and
demolish buildings in the direction of sustainable
practices has been the goal of many environmental
assessment tools. In addition, there are co-benefits from
this effort such as decreasing air and environmental
pollution, improving health and productivity, and
enabling sustainable economic development by promoting
new sustainable technologies and behavior. Due to rising
environmental concerns many local and global assessment
tools have been developed. Because of the varying
perspectives of the assessment tools the weighting
factors applied to the various issues differ to some
extent.
The aim of this study was to understand the similarities
and differences between various rating schemes currently
applied in our market and to analyze their relation to
LCA-based assessment and the new SBA system, which is
still under development. The commercial rating tools
studied were BREEAM, LEED and PromisE.
AB - The building sector contributes about a third of all
energy-related emissions worldwide. Taking into account
the emissions caused by land-use change impacts caused by
urbanization, the manufacturing of building elements and
the production of building materials, the share becomes
even larger. According to the World Watch Institute, if
the current trend continues the entire global community
will run out of raw building materials by approximately
2030. Moreover, the building sector consumes water - a
scarce resource in many parts of the world - for domestic
use, landscapes and cooling towers. The building sector
also generates a large variety of waste in construction,
operation, renovation and, finally, demolition.
Consequently, finding an effective way to transform the
way we plan, design, build, operate, renovate and
demolish buildings in the direction of sustainable
practices has been the goal of many environmental
assessment tools. In addition, there are co-benefits from
this effort such as decreasing air and environmental
pollution, improving health and productivity, and
enabling sustainable economic development by promoting
new sustainable technologies and behavior. Due to rising
environmental concerns many local and global assessment
tools have been developed. Because of the varying
perspectives of the assessment tools the weighting
factors applied to the various issues differ to some
extent.
The aim of this study was to understand the similarities
and differences between various rating schemes currently
applied in our market and to analyze their relation to
LCA-based assessment and the new SBA system, which is
still under development. The commercial rating tools
studied were BREEAM, LEED and PromisE.
M3 - Conference article in proceedings
SN - 978-951-38-7585-5
T3 - VTT Symposium
SP - 95
EP - 105
BT - Life cycle assessment of products and technologies
PB - VTT Technical Research Centre of Finland
CY - Espoo
Y2 - 6 October 2009 through 6 October 2009
ER -