With rising energy prices and the threat of climate change, energy costs and energy savings havebecome a central and important part in building. Therefore it is interesting to explore different andnon-conventional methods of energy conservation. Building Earth sheltered houses is such a method.Earth provides good insulation and provides the ability to both reduce the total heating needs and toreduce the maximum power demand. The aim of this study was to construct a house in Malmö and seeif Earth sheltered houses can be a cost effective alternative for the construction of sustainable andenergy-efficient houses.Previous studies have shown that Earth sheltered houses have reduced their power requirement with upto 25% and their use of energy with 10%. Numerical calculations in Comsol Multiphysic 4.2, wasperformed on a house with different degrees of earth covering.

Today, about 15 to 20 percent of Sweden?s total emission of carbon dioxide can be traced to the household sector. By examining apartment blocks in a life cycle perspective, the origin of the carbon dioxide emission has been charted and analyzed. This information has been used to create a computational model that calculates the total emission of carbon dioxide from a specific apartment block. The results from the analyzed apartment blocks indicate that both the use of energy and the emission of carbon dioxide have been reduced since the 1960s. Through the examination of building materials, it is possible to lower the emission of carbon dioxide that origins from the construction phase of an apartment block.

Drain water heat recovery is an uncommon measure in multi-unit residential buildings. There istechnology available for the purpose but the knowing and experience of the heat recovery systems islittle. The purpose of this thesis is to evaluate the future potential of drain water heat recovery inmulti-unit residential buildings.A major part of the multi-unit residential buildings in Sweden were built during modernismen andrekordåren (1940?1975). Many of the buildings have worn out drain and water supply systems andmany are in need of a general refurbishment.

The aim of this study is to find a method to incorporate the energydemand of a building in the investment cost estimate.The study is based on an actual apartment block. The significant energyaspects are identified, and changed to more energy efficient options.These are then simulated using the energy calculation program VIP+.The calculated energy need is used in the investment cost estimate, andthe simulated alternatives are compared in regards to their economicalprofitability.Depending on the focus, different alternatives are the most advantageous.Since this study aims to show which alternative is the mosteconomically profitable, the annual profit is the parameter of mostimportance. This means that individual measuring of heating and hotwater use is the recommended change of the original house. A changeof the windows to new ones with a U-value of 1,0 as well as 0,8W/m2K also results in a positive change of the annual profit comparedto the original house..

Today's consumers are demanding more and more from companies and are no longer as easy to im-press as they used to be. It is now the consumers that hold an increasing amount of power over com-panies and not the other way around. This change in consumer behaviour has caused an identity crisis for traditional advertising, and companies are now searching for new ways of reaching their target audience. The purpose of this combined qualitative and quantitative case study is to examine possible risks and possibilities that a retailing company face when communicating through Facebook. Data has been collected through in-depth interviews with company representatives combined with a quantitative study of the company's Facebook followers in order to answer the questions of (1) which possibilities and risks a retailing company face through the use of a Facebook fanpage and (2) if there is a differ-ence in the attitude and behaviour of active respectively passive followers that may have been caused by a retailing company's marketing communication on Facebook.

People who live in northern part of the world spend much more time indoors than those who live in warmer countries. In addition that home should be safe, it should also protect one against heat, cold, sunlight and pollution. The indoor environment is affected by installations, material and how the building is formed. Those anomalies that are visible, felt or smelled can be noticed and be rectified. But it?s much more difficult if these abilities are missing.

In this report a study has been done regarding different heating systems on which are the mostcomprehensive with solar heating systems. The report has also been focusing if solar power can beused as a primary heating source for supplying more than 50 % of the buildings total heatingproduction. The University of Dalarna constructed a demo-house for this purpose and according tocalculations the total solar usage is more than 50 %. This house has been made for referenceregarding the design of the heating system of property 5:37.Further studies have been made to compare different heating systems that are compatible with asolar system, where the compared systems purpose is to be independent of direct using electricity. Asystem of this design is regarded as sustainable according to environmental as economic issues.

The importance of energy- and environmental issues has increased, and the work towards reducing carbon dioxide emissions plays a major part. The European Union has set up goals for the membership countries to work towards this to happen. The carbon dioxide emissions in Sweden have been reduced the last few years, but there is still a lot to do. About 30 per cent of Sweden?s carbon dioxide emissions generate from energy usage related to housing, this is why the housing sector is of interest to examine.

Uppsats för avläggande av filosofie kandidatexamen Kulturvård, Bygghantverk, 22,5 hp, 2014.

Staden Sulaymaniyah ligger i den kurdiska delen av Irak och har på senare år utvecklats då många valt att flytta från landsbygden till den centrala delen av staden. Nybyggandet sker under tidspress och långsiktigt hållbara lösningar prioriteras inte. Målet är att ta fram ett hus som är anpassat för majoriteten av befolkningen och samtidigt få ett bra och energieffektivt inomhusklimat. En faktainsamling genomfördes för att ge bakgrundsinformation till projektet. Vidare gjordes en planlösning till huset i AutoCAD vilken har använts som grund till utformningen av huset och smarta lösningar.

The purpose of this survey was to map out the health pf some of the 11 and 12 years old children in the city of Umeå, as well as to find out what factors intend to influense the children´s health. A questionnaire was distributed in four 6th grade classes whitin the municipality of Umeå. Two of the schools were located in the city while two were located in near villages. This selection was decided in order to map out diffrences in health related to the children´s home environment. 80 pupils took part of this study.

This Master's thesis aims to investigate the reference interview using the discourse analytical method discourse psychology. The reference interview has been studied thoroughly, and its importance has been proven repeatedly within the field of Library and Information Science (LIS). However, it has never been studied from a discourse analytical point of view before.The material for our study was gathered at Malmö public library, and consists of 10 tape-recorded and then transcribed reference interviews. Our study shows that there are several discourses within the reference situation. The dominating discourse, the reference interview discourse, is found within all the reference interviews.

Staden Sulaymaniyah ligger i den kurdiska delen av Irak och har på senare år utvecklats då många valt att flytta från landsbygden till den centrala delen av staden. Nybyggandet sker under tidspress och långsiktigt hållbara lösningar prioriteras inte. Målet är att ta fram ett hus som är anpassat för majoriteten av befolkningen och samtidigt få ett bra och energieffektivt inomhusklimat. En faktainsamling genomfördes för att ge bakgrundsinformation till projektet. Vidare gjordes en planlösning till huset i AutoCAD vilken har använts som grund till utformningen av huset och smarta lösningar.

Att tillägna sig sin bostad är en viktig aspekt för att kunna känna sig hemma i sin egen bostad. Arkitekten Ola Nylander presenterar i sin forskning sju egenskapsfält (material och detaljer, axialitet, omslutenhet/öppenhet, rörelse, rumsfigurer, ljus och rumsorganisation) som kan fungera som måttstockar för hur väl en lägenhet går att ta till sig. Uppsatsen utgår från de sju egenskapsfälten och undersöker, genom dem, hur de boende upplever trivseln i sin bostad. Alla bostäderna i undersökningen är placerade i ett passivhus på fastigheten Flaggskepparen 5 i Västra Hamnen Malmö. Syftet med uppsatsen är att undersöka vilka egenskapsfält som är viktiga för hur de boende upplever trivseln i ett nyproducerat passivt flerbostadshus. 9 stycken kvalitativa intervjuer har därför genomförts med de boende i fastigheten. Dessa intervjuer har varit mellan 20 och 60 minuter långa och genomförts på plats i respondenternas lägenheter (alla utom en).

The present climate discussion has made energy efficiency an interesting topic. Saving energy does not only help the climate but also saves money for the energy consumer. The purpose of this thesis was to examine the potential of heat recovering from milk cooling. Two milk farms, one with voluntary milking system, VMS, and the other with conventional milking system was used to measure interesting temperatures and electricity consumptions. The numbers were used both to do theoretical calculations and to construct a SIMULINK model. To calculate the potential for heat at milk farms theoretical calculations were made in MATLAB using a reference farm with different combinations of heat recovery and pre cooling. The farm was assumed to keep a dwelling house with the annual heat consumption 18165 kWh.