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The North East of Scotland's construction method is similar to most popular building typologies in the UK. This typology can vary\udin term of external material (Granite, brick or stone) but with a secondary, usually timber sub frame with a lining on its interior.\udInsulation was seldom a consideration when such buildings were completed. Statistics shows that 80% of existing buildings in the\udUK will need to be upgraded.  \udThe lack of knowledge in dealing with old building fabric's manipulation has a negative impact on buildings' integrity. The\uddocumentation of such process seems to be an important step that buildings' actors should undertake to communicate a practical\udknowledge that is still at incubation stage. We wanted for this documentation to be visual, as descriptions might mislead none\udspecialised and specialised in the field due to the innovative approach our method was conducted with.  \udFor the Scottish context this research/experiment will concentrate on existing granite wall buildings with plastered lath internal wall.\udIt is unfortunate to see the commonly beautiful interiors of Scottish buildings disappearing, when the internal linings are removed.\udSkips are filled with old Plaster and Lath and new linings have to be supplied and fitted. Excessive waste is created in this change.  \udThis paper is based on a historic building energy improvement case study financed by the European commission and the Scottish\udGovernment. The pilot study consists of insulating an 18th century house using an innovative product and method. The project was a\udresponse to a call by the CIC start (Construction Innovation Club), aiming to establish a link between SMEs and the Universities.\udThe project saw the day in collaboration with Icynene Canada, KDL Kishorn (see full list in the acknowledgment).  \udThis paper describes the process through which the team went through to improve the building envelope without damaging the\udbuildings original features (Loveday et all). The energy efficiency improvement consists on improving the walls U-val by\udintroducing an insulation material Icynene (Sadineni, France & Boehm 2011) into the cavity wall. The U-val was improved by 50%\udand no redecoration was needed after the operation and no disturbance to the building's occupants

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

Visual documentation process of historic building refurbishment "Improving energy efficiency by insulating wall cavity"