Energetic Refurbishment of Historic Brick Buildings: Problems and Opportunities

Author:

Zagorskas Jurgis,Paliulis Gražvydas Mykolas,Burinskienė Marija,Venckauskaitė Jūratė

Abstract

Abstract Building standards for energy effectiveness are increasing constantly and the market follows these changes by constructing new buildings in accordance with standards and refurbishment of the existing housing stock. Comprehensive trends in European construction market show tremendous increase in building retrofit works. It can be predicted that after the end of this decade, more than half of the construction works in European cities will be taking place in existing buildings, pushing the construction of new buildings to a less important role. Such a growth in building refurbishment works is creating a demand for suitable materials, retrofitting techniques and research. The differences between refurbishment of new-build projects and historical or valuable buildings are insufficiently recognized - mostly the buildings without further cultural preservation requirements are studied. This article covers the theme of refurbishment measures in historical buildings - the specific measures like inside insulation which are allowed due to the valuable façade or other heritage preservation requirements. An overview of other innovative methods for energy saving in existing buildings and their potential is given.

Publisher

Walter de Gruyter GmbH

Subject

General Environmental Science,Renewable Energy, Sustainability and the Environment

Reference58 articles.

1. Building operation performance Monitoring analysis optimisation toolkit;Costa;energy Applied Energy,2013

2. Decision making under uncertainty inthe retrofit analysis of the UK housing stock : Implications for the GreenDeal and;Booth;Energy Buildings,2013

3. Improving Efficiency in HistoricBuildings Government Printing Office;Hensley;Energy,2012

4. incidence of historic building Leaving no stoneunturned of Cultural;Fabbri;Energy Journal Heritage,2013

5. Optimization of Consumption Using BIMBasedBuilding Performance and;Jung;Energy Energy Analysis Applied Mechanics Materials,2013

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