AbstractTitle: Environmental demand solutions - a study within real-estate business.Problem statement:Today, the society stands before a permanent accelerated environmental threat. Companiesbecome increasingly over the environmental problems and more companies look over theiractivity and how it influences the environment. Historical the environmental issue has been forgotten and it is first during the end of 1990 the environmental issue intensive has been noticed. Earlier the environmental work?s high costs was the cause, but now the companies realized the weight and the importance of imposing focus on environment commitments and sees it, as an investment.

During the last decennium climate issues have become more and more important. Many steps towards an adaption of efficient energy supply systems have been taken all around the world. These steps have been created to ensure the next generation?s energy demand. In EU and Sweden objectives have been set to ensure that the energy consumption decreases by 20% year 2020 and by 50% year 2050 compared with the energy consumption levels of year 1995.

This is a feasibility study that examines various aspects of building a wind farm on Malmön in Norrköping. The feasibility study deals with interests of conflict, park design, electrical connections, production calculation, financial calculations and operating- and timetable.The report is divided into two distinct parts. First a theoretical part, which deals with conflicting interests, park design and electrical connections. Second a part with simulations dealing with production calculations, and financial calculations.Opposing interests are mapped so that problem areas can be found, and help put focus on the right places at a future environmental impact assessment (EIA). There are a number of areas where planners have to assess on an EIA, this thesis point on the most important areas.

The structural rationalization of the agricultural sector in Sweden has led to many expansive, professional companies orientated towards growth. The agricultural sector is a very capital-intense sector and is characterized by the need for large sums of capital in form of buildings, inventory and arable land. The capital need is especially large for companies who have an ambition of growth and development of the company in the near future. The study is built upon six cases that all can be categorized as large agricultural farms with a turnover exceeding 20 million Swedish crowns. The companies are located in the middle and in the south of Sweden and are in the sector of primary production with focus on dairy-, pork-, egg-, chicken-, beef-, vegetables- and grain production as well as in the business of refining milk towards consumers. The study aims to identify the motives and driving forces that lies behind the growth of a farm-based company. The agricultural companies' motive for growth is studied based on which factors that influence the ambition to grow and to what extent these factors accord to the picture given by earlier research of small companies outside the agricultural sector.

This thesis studies settlement continuity on Gotland between approximately AD 200 and AD 1700. The method used is to calculate correlation between the geographical distribution of all known Iron Age stone-wall-houses (on Gotland known as "kämpagravar") and all farms included in the detailed taxation maps from approximately 1700. The number of remaining house foundations is between 1800 and 1900. A model to estimate the number of removed foundations is presented. It is based on the assumption that the settlement density was proportional to land use around 1700, and that the rate of removal is related to the current land use.

This essay is about a deserted medieval habitation called Skyttsie Hage which is located in the south of Sweden in the Scania province where it lies on a moor on the Falsterbopeninsula. Remains of five to six larger buildings have been found here with a surrounding earthwork, although it's not known for sure what kind of habitation they have been part of. Local folklore from the 17:th century states the area as a place where pirates lived, and that this was the reason for it's devastation. Another says that there once stood a breedingfarm belonging to the danish crown. Archaeologists have made several speculations which includes a deer park, a royal estate, an isolated farm or a smaller village.

This work consists of a survey and risk classification of eleven metal industries including foundries, finishers and engineering industries in two industrial areas in Mora. The study follows a method called MIFO (Method of Surveying Contaminated Sites) composed by the Swedish Environmental Protection Agency. In the method assessments of the degree of hazard posed by the pollutants, the level of pollution, the conditions of dispersal, sensitivity and the degree to which the area is worthy to protect are made for each contaminated site (object). The assessment classify the objects into four risk classes in which risk class 1 denotes a very large risk, 2 large risk, 3 moderate risk and risk class 4 little risk. The work of surveying using MIFO is divided into two phases.

Baron Carl Adam von Nolcken was born in 1811. In 1834 he took over Jordberga Estate in the South of Skåne from his father. The estate remained in his possession until his death in 1857. von Nolcken was interested in agriculture and horticulture from an early age and attended the newly started Institute of Agriculture, Degeberg in Västergötland in the early 1830:s. At Degeberg, von Nolcken learnt all about modern farming methods, which he put into practice on his own estate. von Nolcken was one of the persons who during the mid 19th century worked intensely to develop horticulture and the art of gardening in Skåne.

In connection with the property crises in many countries, caused by the financial crises, people are now more aware of the risks involved in poor property-investments. The unusually cold winters along with extreme prices of electricity in Sweden in recent years has also contributed to increased interest in energy-efficient buildings.The process of developing a modern family home in Kiruna, Sweden is presented the first part of this paper. The house has been designed to withstand very high stresses from snow, low energy consumption as well as a high standard of living comfort. Aspects of the house covered here involves everything from construction, heating and ventilation to sanitation. Each of these areas is presented based on their underlying, scientific methods or theories.

I slutet av 1900-talet började man inse konsekvenserna av att förlita sig på icke förnyelsebara energikällor för uppvärmning. Priserna steg i höjden och man valde ofta att byta ut sin oljepanna mot el vilket för tillfället var en lönsam lösning. I och med prisstegringen som skett det senaste decenniet har betydelsen av energieffektivt byggande framstått som allt mer tydlig. Detta innebär att många äldre byggnader ofta kan ha mycket dåliga värmeisolerade egenskaper eftersom både energipriser och byggnormer var lågt ställda vid tiden för uppförning.Uppdragsgivarna till arbetet är en ideell ekonomisk förening vid namn Not Quite med sin bas i Fengerfors bruk, Åmål. De har framfört att de har problem med för höga uppvärmningskostnader och svårigheter med att hålla önskad inneluftstemperatur i deras lokaler.

The construction of buildings and paved surfaces changes the natural water balance.Precipitation generates surface runoff and storm water instead of infiltrating into the soil.Storm water has come to be considered as a major source of pollution in lakes and streams inthe vicinity of urban areas. Reduction of pollutants in storm water is a key action in order toprotect sensitive recipients and maintain high water quality. Storm water is traditionallytransported by storm sewers to the nearest recipient. In recent years the approach to stormwater management has changed; storm water should primarily be disposed of on site, throughlocal disposal of storm water, LOD. LOD is created by a combination of the function ofseveral smaller local facilities and the general sewer system.

Den beräknad mängd energi en byggnad gör av med på ett år visar huruvida den bidrar till ett hållbart samhälle eller inte. AB Gavlegårdarna arbetar inte enbart med att projektera fram förslag till lösningar för framtidens bostäder utan riktar även in sig på sitt nuvarande bestånd när det kommer till energianvändning i flerbostadshus. Gävle Strand Etapp 1 stod klart 2008 med ett bestånd av tolv byggnader som är gestaltade på fyra olika sätt. Alla med olika förutsättningar där främst brukarnas beteende såsom förbrukad mängd tappvarmvatten och hushållsel varierar kraftigt.Under projekteringsfasen anlitades en konsult för att beräkna den köpta energin som dessa bostäder skulle använda och kom fram till en energianvändning på 92 kWh/m2,år. Gavlegårdarnas egna beräkningar som utgick ifrån de verkliga värden som uppmättes för varje lägenhet visade i september 2009 ett medelvärde för hela beståndet som låg på 114 kWh/m2,år.AB Gavlegårdarna vill gå till botten med de problem och den extra kostnad som Gävle Strand Etapp 1 har gett upphov till genom ökad energianvändning, vilket medför att de vill utföra exakta beräkningar på varje byggnads energianvändning.

During the last decades the housing sector has increased continuously, and housings and services accounted for 40 % of the energy usage in Sweden during 2011. The expansion in number of buildings in society has resulted in an increase in both energy usage and emissions of greenhouse gases. It is crucial to enable a sustainable development of society and as a result, the demand to reduce the emissions of carbon dioxide is a current question. In this study, the carbon dioxide emitted from the housing sector in Stockholm is estimated. The housing sector can be divided into different types of houses such as apartment blocks, single-family houses and holiday houses. By collecting information of the energy purchased in respective households, a computational model is generated that calculates the total emission of carbon dioxide.

Sammanfattning Titel: Kundorienterad produktutveckling i industriell verksamhet ? En fallstudie inom Trelleborg Building Systems Seminariedatum: 2004-06-04 Ämne/kurs: Magisteruppsats i Strategic Management, FEK523,10 poäng Författare: Martin Borgström, Henrik Hallerby & Niklas Winnert Handledare: Lars Bengtsson Nyckelord: Strategisk planering, produktutveckling, kundbehovsanalys, industriell marknad, organisk tillväxt, total kravbild Syfte: Vårt syfte är att studera vilka förutsättningar som fallföretaget Industrial Profiles Nordic har för att kunna organisera och utveckla sin produktutvecklingsprocess mot den totala kravbild som har inverkan på denna process. Utifrån dessa analysresultat avser vi delge ett antal åtgärdsförslag till ledningen för hur detta utvecklingsarbete kan genomföras och organiseras. Metod: En kvalitativ metod med en abduktiv ansats har använts, där vi jämfört olika avdelningar inom divisionen Industrial Profiles Nordic med avseende på kundbehovsanalys, produktutveckling samt strategisk planering. Intervjuer har genomförts inom ledningen för affärsområdet Trelleborg Buildings Systems samt divisionen Industrial Profiles Nordic.

Sveriges riksdag har beslutat att energianvändningen i bebyggelsen måste minskas. Detta gäller även den befintliga bebyggelsen till vilken den kulturhistoriskt värdefulla bebyggelsen hör. Vid energieffektivisering av kulturhistoriskt värdefull bebyggelse upplever ofta förvaltare att processen att välja energieffektiviserande åtgärd tar för lång tid. Detta beror på att det saknas ett rationellt sätt att jämföra olika åtgärders konsekvenser. Antikvarier har ofta en motsatt uppfattning och upplever att förvaltare många gånger ser mer till åtgärdens besparingspotential istället för dess påverkan på de kulturhistoriska värdena. Syftet med examensarbetet är att göra jämförelsen av energieffektiviserande åtgärder i kulturhistoriskt värdefull bebyggelse mer överskådlig för förvaltare.