There is a challenge to reduce the energy use of historic buildings while preserving their cultural values. New materials and solutions are being developed that could contribute to improving the energy performance of historic buildings without altering their character defining elements. The aim of this paper is to technically evaluate and compare a ‘high-tech’ material (VIP) with a ‘low-tech’ material (hemp-lime) for adding insulation to historical fa\ue7ades. This comparison was made with respect to thermal properties and moisture performance, as well as available environmental impact data. The VIPs are characterised by reaching a high level of insulation although they are thin, which means they do not alter the proportions of the building...
Historically, energy use in the operational phase has accounted for most of a building’s climate imp...
The aim of the paper is to outline the state-of-the-art in the field of historic buildings' energy r...
In the past decades, insulation materials such as petrochemical and inorganic have been used for bui...
With an increased focus on reducing greenhouse gas emissions, energy saving is of great importance i...
With an increased focus on reducing greenhouse gas emissions, energy saving is of great importance i...
Thermally insulating historic buildings is imperative in order to reduce energy demands of the exist...
Hemp-lime composite is a natural material, which is being increasingly used and studied in the const...
In this multidisciplinary project lime-hemp is studied as a thermal insulating material for the reno...
Super insulation materials (SIM) are insulation material with a very low thermal conductivity, even ...
The European Union has a low-carbon roadmap that aims at reducing greenhouse gas emissions toprevent...
Hemp-lime is a comparatively unknown building material in Estonia. Scientific interest in this mater...
The main purpose of this paper is to present the use of super thermal insulation materials for a his...
This thesis explores the hygrothermal performance of hemp insulation in the context of the United Ki...
In Sweden, approximately 25% of the energy use in buildings is attributed to buildings from before 1...
The global rate of improvement in energy efficiency have to be increased to reach the UN sustainable...
Historically, energy use in the operational phase has accounted for most of a building’s climate imp...
The aim of the paper is to outline the state-of-the-art in the field of historic buildings' energy r...
In the past decades, insulation materials such as petrochemical and inorganic have been used for bui...
With an increased focus on reducing greenhouse gas emissions, energy saving is of great importance i...
With an increased focus on reducing greenhouse gas emissions, energy saving is of great importance i...
Thermally insulating historic buildings is imperative in order to reduce energy demands of the exist...
Hemp-lime composite is a natural material, which is being increasingly used and studied in the const...
In this multidisciplinary project lime-hemp is studied as a thermal insulating material for the reno...
Super insulation materials (SIM) are insulation material with a very low thermal conductivity, even ...
The European Union has a low-carbon roadmap that aims at reducing greenhouse gas emissions toprevent...
Hemp-lime is a comparatively unknown building material in Estonia. Scientific interest in this mater...
The main purpose of this paper is to present the use of super thermal insulation materials for a his...
This thesis explores the hygrothermal performance of hemp insulation in the context of the United Ki...
In Sweden, approximately 25% of the energy use in buildings is attributed to buildings from before 1...
The global rate of improvement in energy efficiency have to be increased to reach the UN sustainable...
Historically, energy use in the operational phase has accounted for most of a building’s climate imp...
The aim of the paper is to outline the state-of-the-art in the field of historic buildings' energy r...
In the past decades, insulation materials such as petrochemical and inorganic have been used for bui...