Bakgrund: Flera stora produktionsföretag har börjat använda sig av utvecklingsprogram för sina leverantörerna för att sprida beprövade tanke- och arbetssätt och därigenom erhålla förbättrade prestationer av leverantörerna. Denna utveckling har i flera fall visat sig ge positiva förändringar på leverantörernas prestationer men det har varit svårt för kundföretagen att få kännedom om vad som verkligen har hänt i leverantörernas verksamheter. Syfte: Syftet med denna studie är att utreda vilka effekter som eftersträvas och erhålls när stora produktionsföretag, genom utvecklingsprogram, bedriver leverantörsutveckling. Genomförande: Data och information har insamlats genom personliga intervjuer hos personer från ett stort produktionsföretag samt ett tvärsnitt av tre leverantörsföretags personal. Resultat: Studien visar på att bakomliggande motiv till leverantörsutveckling är stabilitet i flödet, långsiktiga leverantörsrelationer, optimala processer och upprätthållandet av kontinuerliga förändring.

Logistik kan bidra till kostnadsbesparingar bland företag vid användning av resurser, utöver det så kan en framgångsrik logistik ge företag fördelar när det handlar om att skapa värde åt kund. Vid marknadsföring så kan logistik även ha en stor inverkan på hur bra slutresultatet blir (Fuller et al., 1993). Hur bra kvalitén är på logistiktjänsterna är därför en viktig faktor inom marknadsföring för att skapa kundtillfredsställelse. För att effektivt kunna använda logistik som ett hjälpmedel för att få ett konkurrensmässigt övertag så krävs det ett samspel mellan företagets marknadsavdelning och de som arbetar med logistiska frågor (Mentzer et al., 2004). Syftet med denna undersökning är att utveckla och testa en modell för analys och förbättring av försörjningskedjor med hänsyn till ett supply chain- och marknadsperspektiv. Modellen har skapats med stöd av litteraturstudier och empiri i form av dokument och intervjuer från företaget, även möten med handledare.

Essay in Political Science C by Peter Nilsson, spring 2008.Det offentliga samtalet ? en argumentationsanalys av artikuleringen kring Kristianstad ArenaTutor: Stig MontinThe purpose of this essay is to examine the public deliberation of Kristianstad Arena in the local newspaper and clarify who the actors are and what kind of arguments they express. Further I intend to find the differences between the actors and the kind of arguments they use. To fulfill the purpose I?ve used three minor questions which are; a) which actors participate in the public deliberation about Kristianstad Arena, b) Which are the arguments emerge, c) Which clear differences in the arguments is there between the actors? To find my answers I?ve examined the local paper during a period of four months.

Storm water is rain and melted snow that runs off, primarily from impervious surfaces.Future storm water management is facing the challenges of increased precipitation, asclimate changes, and increased areas of impervious surfaces due to the expansion anddensification of the cities. Impervious surfaces reduce the potential for water to infiltratein the ground leading to increased surface runoff and higher peak discharge.The runoff coefficient is closely related to the percentage of impervious surfaces andrepresents the maximum percentage of a catchment that can contribute to runoff. In thisstudy, the objective was to evaluate the weighted runoff coefficient for three differenturban types; apartment buildings, townhouses and residential areas and a comparisonbetween today and the 1970`s was made.The runoff coefficient was determined by manual mapping of the different surface typesin each area based on data in the form of orthophotos and aerial photographs. The surfacetypes that were mapped were asphalt, permeable areas, tiles, sand/gravel and roof.Tiles and sand/gravel were the most difficult surface types to map. In order to see towhat extent these categories influenced the weighted runoff coefficient a sensitivityanalysis was carried out and the runoff coefficient based on surface type was changed indifferent scenarios.The results of the sensitivity analysis showed that the surface types tiles and sand/gravelhad little impact on the weighted runoff coefficient which in mainly due to the fact thatthe percentage of these surfaces types of the total area is small.The result of the study showed that the largest change in the runoff coefficient occurredin residential areas where the increase in the percentage of impervious surfaces causedby new roofs in the form of porches and garages and from paved or tiled driveways.

From embankment dams is something that has long been noticed and given rise to different questions. The most serious question is if the sludge is a result of inner erosion through the dam, and thus consists of material transported from the dam. Concerns have also been raised whether the sludge could interfere with the systems drainage capacity and thereby lead to high pore pressure in the dam, or if the measurement of seepage is disturbed, as the measuring is usually made via Thomson weirs, which could risk being blocked. The result of this investigation shows that the sludge is a result of the oxidation of iron by iron bacteria, and to the greater part consists of these oxides as well as the bacteria?s own structures. The iron oxidizing bacteria, FeOB, oxides ferrous iron to ferric as a part of their metabolism, and thereby create large quantities of iron(oxy)hydroxides.

AbstractThe purpose for this study has been to discover and reveal what exactly it is that have made the Wallenberg family so successful in the Swedish business world for more than 150 years. We have narrowed our research by limit it to only find and concern the specific features of the Wallenberg family and not their entire corporate group. There is no research made before regarding this matter, as far as we could see, which is one of the reasons to why we find this study relevant. In order to answer our question we have chosen to use a qualitative approach in which we have interviewed three people. These three people all have deep and thorough insight in the Wallenberg family.

Akademiska hus is a real estate company that specializes in providing Swedish universities with housing facilities for educational and research purposes. The company strives to reduce its use of energy by 40% between the years 2000 and 2025. The aim of this thesis is to determine which measures can be taken to reduce the need of purchased energy in a building that is used by theSwedishUniversityof Agricultural Sciences inUppsala.In order to determine the results of various changes to the building envelope and ventilation system, the building was modelled in the computer simulation program VIP-Energy. Other proposed changes to make the use of energy more efficient concerned water use and lighting. The need of purchased energy can also be reduced by producing electricity or heat on site, using solar energy.Results show that economically viable measures include upgrading windows and faucets, adjusting control systems for ventilation and lighting, and installing roof mounted solar panels for power production.

Ett dilemma med att tillämpa Supply Chain Management i realiteten är att sam- arbeten mellan vitt skilda företag inte av naturen uppstår utan problem. På grund av detta finns behov av någon form av verktyg som överbrygger denna problematik. Ett relativt nytt koncept är Balanced Scorecard, vilket syftar till att tillföra styrningen av enskilda företag andra dimensioner än endast den traditionella finansiella dimensionen. Syftet med denna uppsats är att åstadkomma ett förslag på balanced scorecard för förädlingskedjerelationen grossist-leverantör. Detta genom att undersöka förädlingskedjearbetet inom grossistleden hos företag i daglivarubranschen.

The practice of landscape architectural involves forming the space in our cities and suburbs, as well as the landscape surrounding. The need of exploiting green environment leads up to, among other issues, flood problem during heavy rain and overfed water environments. The problem is partially caused by the shortage of knowledge, how the environment is responding of the innovations made by the city- urban planning and how to get sustainability. Research and knowledge how to take care of our environment, in a natural way, is increasing. The object of the thesis is to propose control and balance in urban wetlands, and discuss the difference a plant design can do. The thesis deals with discourses in the field of landscape architecture, biological diversity, dam construction, limnology, planting design and management, pollution of the environment and urban design practice.

Construction of wetlands in the agricultural landscape may reduce nitrogen and phosphorus transfer to streams, thereby reducing the eutrophication of lakes and seas. The agriculturalstream Lillån, a tributary to stream Sagån, ends up in Lake Mälaren and is transporting large amounts of these plant nutrients. The aim of this study was to estimate how hypothetical wetlands of different size and location may reduce nitrogen and phosphorus load from stream Lillån. Estimated nutrient retention in several small wetlands was compared to retention in a single large wetland based on existing data from the agricultural stream and from a nearby smaller stream. Retention in the stream was suggested to decrease along with the nutrient concentration in the water.

The numbers of natural disasters caused by extreme weather are increasing through out the world. A large majority of the research concerning the climate shows that this is a trend that can be expected to continue. At the same time the urbanisation is increasing more than ever and for the first time in history more than fifty percent of the population lives in a city. How we build these cities will have a crucial importance for our adaption to the new climate. In Sweden, our capacity for an adaption are high because of our economic situation as well as our rather well built society.

In present there is no Swedish legislation regulating bareboat registration of Swedish ships. Despite this absence however shipowners with vessels already registered in the Swedish Vessel Register do not hesitate to take advantage of the positive aspects of bareboat registration and thereby allowing the registration of their ships in another State as well. The fact that there is a lack of legislation in this area has left a legal loophole resulting in Swedish ships being registered in a second State without any regulation providing options or protection for the different parties involved. With this as a background, the main objective of this thesis is to analyze parallel registration of ships, its consequences and the future of dual registration in Sweden. To fulfil this objective another aim is to impart a collected legal and economical presentation of the problems that may occur when a bareboat chartered vessel is registered in two different States simultaneously.

As a part of the fight against the global warming the energy production needs to be more efficient and redirected towards sustainable options. One alternative is cogeneration, which means that electricity and heat is produced in one plant. The purpose with this survey is to examine if there are any commercial available combined heat and power techniques, based on combustion of solid moist biomass, which are suitable to small-scale applications. The technique must be able to produce between 2 and 10 MW thermal and the heat demand is a Swedish district-heating system. When already published reports had been studied, the Organic Rankine Cycle (ORC) was chosen as the most suitable technique.

The company Sol & Energiteknik wanted to examine the possibility to make a standardhouse totally energy independent. Based upon this I have, during the spring of 2007,examined the possibilities available at the market today through litterature studies, contactwith several companies and reading reports at the internet.The first thing to examine has been to determine the energy consumption for a standardhouse, and find out if there are better technologies to be used for energy conservation.My conclusion in this matter is that there are possibilities today for building a house moreenergy efficient.When I had reached the point at which my design for the house was decided, I also hadto choose the different products to use to produce energy as well as to store that energy.To produce heat and electricity to the house I decided to use a wind turbine and a solarwater heater.The most difficult part of designing a house that is energy independent is that theproduced energy must be stored somehow. Storing the heat is relatively easy beacuse theheat can be stored in a large water tank. The electricity is a bigger problem beacuse itmust be stored in batteries, which today are too expensive to be used in a standard house.In the future producing and storing hydrogen might be used to produce electricity, buttoday that technology is both expensive and not tested enough.My final conclusion is that a standard house can not be built to be totally energyindependent today, unless it is very expensive to connect the house to the electricitynetwork. As an alternative solution I came up with a proposal for a house which isconnected to the electricity network and have some amount of own produced energy.This house prooved to be a good investment if you choose to build it today, and it couldbe a very good investment in the long run beacuse energy prices increase every year..

In Sweden, grass is the single largest crop grown. Nearly 1 000 000 Ha grows on the fields, this is primarily used as feed for livestock. To get a good seed, you need to handle the crop carefully from planting to delivery. The part that I have been interested in, is how to dry the harvested seed with out destroying the growth in the small seed. This is very easily done if you aren?t careful during the drying period.