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Miljösmart renovering av kontorsbyggnad med fokus på klimatskalet

Svensson, Jasmine LU and Piltz Vitanc, Louise LU (2021) In TVBH 5000 VMTL01 20211
Division of Building Services
Division of Building Physics
Department of Building and Environmental Technology
Department of Construction Sciences
Abstract
A large part of the greenhouse gas emissions and energy use comes from the construction industry. This thesis addresses some of the environmental and energy challenges the construction industry faces regarding renovating buildings. The examined building is Trelleborg Energi´s headquarters. Programs such as IDA ICE, Espoo, Renobuild and Miljöbyggnad 3.1 have been used to review and obtain results. Various materials and components have been examined from a life cycle and energy perspective. Bio-based materials are most environmentally sustainable while the examined super-insulating materials cannot be defended from an environmental point of view. Ordinary materials such as mineral wool are generally a good alternative. When improving the... (More)
A large part of the greenhouse gas emissions and energy use comes from the construction industry. This thesis addresses some of the environmental and energy challenges the construction industry faces regarding renovating buildings. The examined building is Trelleborg Energi´s headquarters. Programs such as IDA ICE, Espoo, Renobuild and Miljöbyggnad 3.1 have been used to review and obtain results. Various materials and components have been examined from a life cycle and energy perspective. Bio-based materials are most environmentally sustainable while the examined super-insulating materials cannot be defended from an environmental point of view. Ordinary materials such as mineral wool are generally a good alternative. When improving the building facade, energy use decreased by 63.5% and with both improved building façade and installations the energy resulting in a total energy decrease of 76.3%. The results show that there are many possibilities for environmental and energy improvements in the facade for buildings like this one. (Less)
Please use this url to cite or link to this publication:
author
Svensson, Jasmine LU and Piltz Vitanc, Louise LU
supervisor
organization
course
VMTL01 20211
year
type
M2 - Bachelor Degree
subject
keywords
renovering, hållbar, miljösmart, klimatskal, kontorsbyggnad, utvärdering av isoleringsmaterial, Miljöbyggnad 3.1.
publication/series
TVBH 5000
report number
TVBH-5111
other publication id
ISRN LUTVDG/TVBH—21/5111—SE(112)
language
Swedish
additional info
Examinator: Kristina Mjörnell
id
9054246
date added to LUP
2021-06-21 10:55:26
date last changed
2021-08-11 12:41:28
@misc{9054246,
  abstract     = {{A large part of the greenhouse gas emissions and energy use comes from the construction industry. This thesis addresses some of the environmental and energy challenges the construction industry faces regarding renovating buildings. The examined building is Trelleborg Energi´s headquarters. Programs such as IDA ICE, Espoo, Renobuild and Miljöbyggnad 3.1 have been used to review and obtain results. Various materials and components have been examined from a life cycle and energy perspective. Bio-based materials are most environmentally sustainable while the examined super-insulating materials cannot be defended from an environmental point of view. Ordinary materials such as mineral wool are generally a good alternative. When improving the building facade, energy use decreased by 63.5% and with both improved building façade and installations the energy resulting in a total energy decrease of 76.3%. The results show that there are many possibilities for environmental and energy improvements in the facade for buildings like this one.}},
  author       = {{Svensson, Jasmine and Piltz Vitanc, Louise}},
  language     = {{swe}},
  note         = {{Student Paper}},
  series       = {{TVBH 5000}},
  title        = {{Miljösmart renovering av kontorsbyggnad med fokus på klimatskalet}},
  year         = {{2021}},
}