By Giuliana Iannaccone
The publication goals to supply a foundation for layout and development of resource-efficient constructions. the most ideas stick to the imaginative and prescient of a eu Sustainable construction as outlined within the 2-years Smart-ECO learn undertaking funded via ecu fee less than the 6th Framework application. the focal point is targeted on recommendations allowing the construction zone to satisfy the necessities originating from the sustainability concept.
Innovation is taken into account at assorted scales: micro (product, provider and process), meso (sector, provide chain, zone and process) and macro (economy-wide).
Furthermore, the booklet specializes in points of relevance while striving to enforce leading edge applied sciences in construction layout: an built-in layout procedure is necessary to acquire a Smart-ECO development, independently of ways potent a unmarried expertise is. each one bankruptcy presents info on primary elements of recommendations in the direction of resource-efficient structures, exhibits examples and makes additional tips when it comes to a committed bibliography. Case reports are predominantly contemporary tasks or reports bettering knowing and inspiring implementation.
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Extra info for Smart-ECO Buildings towards 2020/2030: Innovative Technologies for Resource Efficient Buildings
The research filled in some knowledge gaps by applying advanced methods for determining the carbon footprint of wooden buildings during their full life cycles. A carbon footprint analysis of wooden buildings is more complex than that of many other products due to the dynamics of forest growth and the variety of co-products involved. Geographical and country-specific differences have significant effects on the carbon footprint of wood-based products (Villa et al. 2012). Climatic differences have an impact on forest species and management methods, and countryspecific energy mixes have an impact on CO2 emissions (ECO2 2011).
It is harder to define because of the many sources of consumption that may be involved. Concept and methods of embodied energy analysis, derived from life cycle assessment (LCA) and more directly from life cycle energy assessment, can be used to undertake an embodied water analysis (McCormack et al. 2007). Built on the ISO 14000 family of Life Cycle standards, the developing ISO 14046 Water Footprint standard, specifies the principles, requirements and guidelines of assessing and reporting water footprints of products, processes and organizations.
Build. Environ. 46, 1133–1140 (2011) Chapter 3 Innovative Technological Solutions Abstract This chapter presents the results of investigations about innovations enabling the building sector to meet the requirements originating from the sustainability concept. These innovations, referred to new construction, refurbishment, or both, are typically already experimented or under development, and can be expected to hit to the market in the next few years. Innovations range from energy saving building technologies and energy efficient generation systems.
Smart-ECO Buildings towards 2020/2030: Innovative Technologies for Resource Efficient Buildings by Giuliana Iannaccone