Environmental issues are global problems and they are a major challenge for any successful organizational business worldwide. Many challenges and opportunities emerge during the certification process of an EMS. Therefore it is interesting to contribute in understanding these emerging problems during this process.The aim of this study is to explore how the environmental objectives could be achieved at preschools in Uppsala, investigate the perceived challenges and opportunities and to identify the outcome of implementing the ISO 14001, Green Flag at such set up.A qualitative method is used and three Green Flag certified preschools, affiliated to the Uppsala Municipality and located at different geographical location were selected. A structured interview with the environmental representatives from the preschools and the municipality was completed. The so-called PDCA-cycle as a method of evaluating sustainable development and analysing the imperial data is used.The study showed that environmental certification constitutes a great challenge for the municipality of Uppsala.

Mobila verksamhetslokaler erbjuder flexibel lokalförsörjning som alternativ till permanent utbyggnad, eller under tiden som befintliga lokaler renoveras eller byggs om. Denna flexibla möjlighet används dock i en ganska liten omfattning på marknaden. För att öka lokalernas användning finns det därför ett behov av en marknadsundersökning som identifierar de faktorer som kunden värderar.Utredningen syftar till att få fram vad kunden värderar då han eller hon hyr och/eller använder en temporär lokal, och möjligen identifiera nya element som inte finns i marknadens utbud.För att få fram värderingsfaktorer har en litteraturundersökning implementerats och samtidigt har 13 personliga intervjuer genomförts. Intervjuer skedde med personer som använder dessa lokaler och parallellt de som tecknat kontrakt för att hyra dessa lokaler. Studieobjekt är kontor, skola och förskola..

This thesis has been carried out on behalf of IV Produkt AB and intends to set an average ratio of thermal energy losses in apartment buildings that were built during the 1960-1990. This shall be derived by analyzing the total district energy consumption that has been divided into three parts: heat energy losses (the actual heating requirements), the heating of domestic hot water and heating energy consumption for the controlled ventilation.Three different residential areas that were built during the years 1962-1966 and one that was built in 1993 has been analyzed. All residential areas are located in Växjö urban and contains between four and six apartment buildings.The analyzed objects have a mechanical exhaust ventilation systems and district heating as the heating method. No own laboratory work or experiments have been done in this thesis, the calculations have been done on the basis of parameters from VEAB, interviews with property managers, and literature studies. By calculations, we have got a result that is reported in Chapter 6.

North Western Kungsholmen in Stockholm is confronting big changes and Stockholmsstad is planning that the area will be an extended part of the existing structure in centralStockholm. Dwellings and offi ces are built and the population increase heavily. Th isresult in a need to look at how public green areas can develop and be designed. Th epurpose is to design a proposal for a master plan of S:t Göranområdets public greenareas. Exploateringskontoret, Stockholm stad, who has initialized the task, claim thatthere is a need of clarifying and shield the qualities in the green areas of today and howto create new green structure.The problem formulations which are current in this master thesis are:? Is there a need of a distinct identity for the green areas of S:t Göransområdet? If so,how is this created?? How can the green parks and nature areas inside S:t Göransområdet be improved anddevelop?? How can the connections between the green areas inside S:t Göransområdet beclarifi ed and how can they connect to the surroundings?To get inspiration and information for the design this thesis include a study of theincluding parts in the design process.

The ongoing change that characterizes the landscape as a result of the development of the society as a wholeis the basis for this thesis. Even though the Scanian landscape still is dominated by arable land, other valuessuch as biological diversity, cultural heritage and economical aspects, has all been ascribed the landscape asmore and more important factors and in some respects, compete with the farming industry about the right tothe landscape. Our demand of more and more space, will of course also affect the landscape. Huge amountof land are used to build external malls and single-family houses, which gives rise to an increasing need foran extended transport system that also is land consuming.It all comes down to: how the municipalities deal with non built areas - the green structure. Do themunicipalities have separate programs describing their vision and objectives concerning the green structure?Literature studies, an inventory made of the municipality programs in the west and south west of Scaniaand interviews with employees at the municipalities clarifies the use of the green structure concept, both intheory and in practice.The green structure concept seems to be derived from the environmental debate.

This is a graduate work at the Swedish University of Agricultural Sciences, The Department of Urban and Rural Development, Ultuna. The purpose of this paper has been to find out and describe principles for designing parks that offers good recreational and aesthetical values and require little amount of carbon dioxide emissions during their maintenance. The purpose has also been to see if it's possible to use city wastewater in some extent to assure the plants water supply and to find other means to make it less necessary to use purified water for watering. Recently made studies as well as older ones show how important green areas are in dense city structures both from a health and a climate perspective. Trees and other plants adsorbs different forms of air pollution and can also lower the temperature in the surrounding area through their transpiration.

Eskilstuna Folkhögskola is located in Munktellstaden in Eskilstuna. The school has two separate buildings with entrances that are difficult to find. By having two separate buildings, and to be in an area where there are rules and guidelines for the area's environment, makes it difficult to guide visitors to the school premises.The purpose of my research was to examine how to guide visitors to the school, and how to increase understanding that the school's various buildings are connected.Through practices such as site analysis, interviews, I found that the guidelines are not adapted to the current situation that is established in the district.Through theory and empirical material I have produced a design proposal to facilitate Wayfinding to Eskilstuna Folkhögskola. This is presented as a landmark and a clarification of the schools entrances and signage..

This is a 20 credit Master thesis within the landscape architecture education at the Institute for Landscape Planning at the Swedish University of Agricultural Sciences at Alnarp. Norränga is situated on the fringe of the city of Lund, east of the existing district of Linero.The city planning office of Lund municipality has come up with a ?in-depth comprehensive plan? for the exploatation of the eastern area of Lund. The plan concerns an area of 1035 square kilometre which contains at least 1500 nya buildings, two schools, primaryschools, stores and bus station for local bus traffic and the new bus line - Lundalänken. The townplan is inspired from the historical Square block city with defined street system. The municipality has visions of what the green areas should consist of.

The Swedish building stock accounts for nearly 40 percent of the total energyconsumption in the country. Properties built today are likely to last for 100 years orlonger. This places high demands on long-term and smart energy solutions that willkeep the future Swedish building stock energy consumption at low levels. This thesishas focused on examining how the energy performance of buildings is affected bydifferent choices of window types in different cardinal directions. The objective wasto obtain a basis for recommendations on how window properties can be optimizedfor different types of buildings and orientations.

In 2005 Gunhild Eriksdotter published Behind The Facades in which she analyses the ways of approaching historical buildings in archaeology. Eriksdotter emphasizes that the archaeology of buildings is in dire need of renewal videlicet the traditional outlook on buildings as two-dimensional objects need to change. She develops a method of analysing the spatial dimensions in a three-dimensional world. By fusing theories and methods in excavating archaeology and architecture, she is able to give us a new way of approaching buildings. Her method includes the analysing of a buildings material, spatiality and use.

Bakgrund: Dagens globalisering har möjliggjort en ökad handel mellan länder vilket har inneburit en ökad konsumtion och i sin tur en större negativ miljöpåverkan. Denna miljöpåverkan sker på grund av att produkterna som anskaffas leder till föroreningar genom avlägsna producenter och långa transportsträckor samt genom en icke-miljövänlig produktion. Att se över sina försörjningsstrategier blir alltså allt viktigare och Green sourcing bör övervägas framför traditionella sourcing strategier. Konceptet är relativt nytt och befinner sig fortfarande i utvecklingsfasen där fullständig forskning om Green sourcing saknas. Genom den begränsade forskning som finns inom området kan ett forskningsgap utskiljas då Green sourcing ännu inte utforskats inom offentligheten.

It is important to work with economic, social and ecological dimensions in order to reach sustainable development. Furthermore, these dimensions are supposed to work opon together. Green Flag´s aim is to process these dimensions in the thematic work in preschool, where children are involved. The aim of this study is to find out how certificated Green flag preschools work with the three dimensions in the education of sustainable development practically and how the children participate in this work. I have used a qualitative semi-structured interview to find out preschool teachers´ thoughts and opinions about how they work with sustainable development and how they make the children involved.

To be able to handle tomorrows need for limited energy consumption we need to reduce our use of energy. The building sector stands for around 40 % of all energy consumption in the society. The government has put up a goal to reduce the energy consumption in our buildings with 20 % by year 2020 and 50 % by year 2050 compared with year 1995. To be able to do reach that goal we need a more energy efficient building stock.The main part of the energy used in our buildings is used for space heating. By installing ventilation systems with heat recovery on the exhaust air it is possible to use the heat-energy in the exhaust air to warm up the incoming air.

During the transportation of logging residues (LR) the material´s low density is a problem that results in low use of pay-load capacity. Comminution or compression of LR are possible methods to increase pay-loads. In the present thesis studied a bundling machine which was mounted on a truck chassis, and the subsequent transport and crushing. The truck bundler created bundles that were larger and longer than other bundling equipment on the market. The objectives were to determine the total time consumption and its allocation over work element and machinery, to measure dry matter (DM) content of green and brown LR-bundles.

Uppsalahem AB is a municipally owned real estate concern that owns and administrates housing for nearly 30 000 people. The company puts a lot of effort into reducing the energy use of their housing stock. This project is a master?s thesis in the energy systems programme at Uppsala University, carried out in collaboration with Uppsalahem. The aim of this thesis is to provide energy saving measures for fourteen student housing buildings in Uppsala, Sweden.