DocumentCode
1620927
Title
Multilayer education for sustainable building Retrofit with renewable resources
Author
Wimmer, R. ; Reisinger, K. ; Prokupek, S. ; Burghardt, M.
Author_Institution
GrAT - Center for Appropriate Technol., Vienna Univ. of Technol., Vienna, Austria
fYear
2012
Firstpage
59
Lastpage
64
Abstract
In Central Europe population is declining whereas the number of new buildings keeps rising. To avoid building waste and high energy demand, the existing building stock should be seen as a resource that can be utilized by retrofitting. Thermal insulation in particular reduces heating energy demand. The use of insulation materials made from renewable resources helps to reach environmental protection targets by reducing waste and CO2 emissions. The project Renew Building aims to accumulate knowledge about retrofit materials and techniques from renewable resources and transfer it further to a multilayer group of disciplines involved in the building process: planners, builders, craftsmen and building owners. The knowledge will be accessible in a database with free and unlimited access after revision according to practical requirements of the target groups. To successfully reach the goal of developing a cross disciplinary exchange and encouraging the use and acceptance of regional, renewable resources in the field of sustainable retrofitting, knowledge is spread via multiple pedagogical formats: on-site and e-learning training sessions for planners and craftsmen, lectures at Vienna University of Technology, via virtual platform, brochures, and by advising experts during the construction process of demonstration buildings.
Keywords
air pollution control; building management systems; carbon compounds; computer aided instruction; educational institutions; power engineering education; renewable energy sources; space heating; sustainable development; thermal insulating materials; waste reduction; CO2; Central Europe population; Vienna University of Technology; building process; building stock; building waste avoidance; demonstration buildings; e-learning training sessions; emission reduction; environmental protection; heating energy demand reduction; insulation materials; multilayer education; renew building project; renewable resources; sustainable building; thermal insulation; virtual platform; Buildings; Electronic learning; Nonhomogeneous media; Building Materials; Building Techniques; Education; Green Skills; Insulation Materials; Recycling; Renewable Resources; Retrofit; Training;
fLanguage
English
Publisher
ieee
Conference_Titel
Sustainable Technologies (WCST), 2012 World Congress on
Conference_Location
London
Print_ISBN
978-1-4673-4442-5
Type
conf
Filename
6482917
Link To Document