The aim of this project is to study the work that has been done by the youth welfare to prevent accidents and to increase the preparedness in case of fire. Further the aim is to develop a basis to improve the interaction between the fire services and the youth welfare. The conclusions that were made during the project can be used to increase the safety of the environment that estates by the youth welfare..

Projektbeskrivning: Bakgrund: Vid valsning av tunna band med hög hållfasthet används reversibla mångvalsarsverk. Kundkraven är höga vad gäller bandens planhet. Planheten kan styras genom de planhetsställdon som valsverket är utrustat med. Syfte: Förvärva kunskap om hur de olika ställdonen inverkar på planheten. Varje enskilt ställdons inverkan på planheten kan undersökas genom att genomföra en föreskriven förändring av ställdonets läge och därefter utvärdera planhetsförändringen som uppkom.

Title: Music video: Twelvestep ? DownInside Made by: Benjamin Bondesson Christian Edgren Tutor: Silvio Ocasic Course admin: Peter Ekdahl Purpose: To create a music video that we can stand, that challenges us in the creative process. And to help a struggling band with another medium to spread their music. Goal:We intend to create a great product that is demanding and educational to us. Especially when it comes to cooperation and editing/post production. Keywords:Music video, digital video, film.

This report describes the construction of a climate-cabinet for testing of HV-cards (High Voltage) produced at VG Scienta. The main part of the report describes all the different components of the cabinet. The most important parts are a PID regulator from Eurotherm model 2408, a solid state contactor (SSC), a thermocouple, a finned resistor from DBK and different fans. The report even includes the connection between components by cable wiring, isolation, grounding, fuses and shaping of metal goods.As the cabinet also communicates with a computer, the report includes the solution of the data communication using the software iTools from Eurotherm. The communication part includes information about a converter that converts EIA422 to USB.The cabinet was produced at a company, called VG Scienta, in Uppsala during the spring 2010.

Title: Brand loyalty and switching behavior ? A case study of the Swedish ketchup market Authors: Marcus Andersson Mattias Hedblad Tutors: Björn Bergenståhl, (Professor) Department of Food Technology, Engineering and nutrition, Division of Food Technology, Lund University Frans Melin (MBA PhD) Department of Business and administration, Lund University Ragnar Sjögren Johansen, (Marketing Manager Sauces) Procordia Food AB Problem: The market for daily groceries is mature and the competition has become tough. For the manufacturers to be able to grow they have to compete for the existing consumers. The problem is for the manufacturer to protect its consumers and still be able to gain consumers from its competitors. Purpose: Our ambition is to study consumers brand loyalty for daily groceries, with the purpose to understand how loyalty starts, how it can be strengthened, and how it can be broken.

This study has been carried out in the spring of 2014 on behalf of PQR Consult AB in Stockholm. The aim of the study has been to analyse the energy usage of the building Skarpövägen 1 in order to explore the possibilites of saving energy by using appropriate equipment. These possible solutions have been simulated by using the programe IDA Indoor Climate and Energy, combined with a life cycle cost analysis. The laundry building, Skarövägen 23, has also been analysed due to its high amount of energy usage. The result of the energy analysis showed that the energy usage was much higher than the energy declaration.

This report contains a study of replacing nuclear power with biofuel. The nuclear plant, OKG north of Oskarshamn in Sweden has been chosen and an extensive literature study about the nuclear plant has been implemented. The main aspect of this report is the availability of biofuels and whether it would be economically sustainable. Sweden?s most common biofuels are examined with regard to scope of use and potential.

During the spring semester 2012 Robin Westlund has accomplished ?Controlled interaction for more creative meetings - Summit Flexiwall? with the individual focus on social communication based on visual interaction in future office. The project was a part of the course Degree Project for degree of Bachelor of Science in Innovation and Design Engineering (MSGC12) which includes 22,5 ECTS Credits. The course is a part in the program Innovation and Design Engineering program within the Faculty of Technology and Science at Karlstad University.Assigner of the project was Moelven Eurowand AB with their head office in Örebro. The company manufactures and assembles entire room solutions for offices.

The purpose of this work is to study a circulation project in Enköping municipality, where the society?s rest products are used to make beneficial products. In Enköping the rest products from waste treatment plants and private sewers are used to fertilize and irrigate Salix plantations that later are harvested and burned at the local combined heating and power plant, ENA Energy AB, to produce electricity and heat. Possibilities to apply this kind of project ona municipality in Russia are also explored.Guryevsk municipality in Kaliningrad region was chosen since there is a need to improve energy systems and reduce emissions to water and air. This municipality strives to become environmentally friendly.

In Sweden, a big part of the energy use is used in the housing sector. Political goals and targets are set up which the housing sector needs to work towards. Apartment buildings are a major part of the housing sector in Sweden and therefore reduction of energy use in these kinds of buildings are key to lower the energy use in Sweden. But there are not only political incentives to reduce the energy use. Some energy?saving measures are directly profitable and should thus be performed.

Vattenfall district Heating power plant in Uppsala produces district cooling with absorption heat pumps which leads to a large amount of waste heat that has to be cooled with evaporative cooling towers. The Environmental Court has ordered Vattenfall to survey the possibilities to recover the heat, which is the focus of this thesis.The study begins with an overview of the system, and conditions and limitations for waste heat recovery is examined. In the next step alternatives to recycle the heat is evaluated, either by direct recovering or by upgrading.First, the technical possibility of each alternative is discussed, and then the operation time and the amount of recovered heat is calculated. Those alternatives which are possible are brought further to an economic analysis.The cost of investment for each alternative constitutes the basis for a present value analysis. The results are put together in a table where the total amount of recovered heat is compared with the present value for the different alternatives.

Since the release of Avatar in 2009, the 3D movie industry has experienced an apparent growth. Almost all blockbuster movies are being released in 3D at the cinema, but the 3D format has been met with mixed opinions by the consumers. Some argue that 3D is the future, while others believe that the 2D format is enough for an appreciated movie experience. Through a qualitative survey, twenty participants with 3DTV in their homes answered questions regarding their experience of 3D movies and what improvements they desire. We suggest that 3D film creates immersion, realism and effects that 2D films can´t handle.

Bakgrund: Hydroware Elevation Technology AB är ett företag som är specialiserat på och har lång erfarenhet av styr- och drivteknik för hydrauliska hissar. Företagets huvudsakliga fokus är att bygga om befintliga hissar men det erbjuder även nyproduktion. Denna uppsats fokuserar på Hydrowares tyska marknad och utgår från företagets förutsättningar och önskemål för att komma fram till ett förslag till lokalisering av ett nytt DC för just denna marknad.Syfte: Syftet med denna uppsats är att undersöka hur Hydrowares inleverans av material och distribution av hydrauliska hissar för försäljning på den tyska marknaden fungerar för att kunna identifiera hur det kan fungera bättre. Vidare är syftet att med hjälp av tyngdpunktsmetoden identifiera förläggningsplatsen för Hydrowares DC för den tyska marknaden. Slutligen är syftet att ta reda på var Hydroware ska förlägga sitt DC för den tyska marknaden med hänsyn tagen till såväl påverkningsbara faktorer som tyngdpunktsmetodens utfall, vilka kommer att behandlas i uppsatsens teoriavsnitt.Metod: Denna uppsats är en fallstudie som har genomförts på Hydroware.

Målet med denna undersökning och uppsats är att klargöra vilka aspekter som är viktiga inom emotionell marknadsföring. Uppsatsen ämnar klargöra emotionell marknadsförings styrka att förbättra försäljning av produkter samt hur den bör användas för bästa effektivitet. Undersökning kommer också ta upp emotionell marknadsförings motpart rationell marknadsföring, eftersom det är dessa två typer som marknadsföring delas in i. I undersökningen relaterar vi starkt till kognitiv psykologi för att dra slutsatser kring ämnet i helhet..

To curb greenhouse gases and mitigate climate change is one of the biggest challenges human society face today. Carbon dioxide (CO2) has accumulated rapidly in the atmosphere as a consequence of burning of fossil fuels and deforestation. The aim of this study is to explore two methods to store carbon dioxide in geological formations and biological sinks. The aim is also to discuss the two mitigation options from a sustainable perspective and whether it can lead to a better environment and benefits for local and global societies. The research questions are: Which method to store carbon dioxide, geological or biological, is the most effective? Which method to store carbon dioxide, geological or biological, has the greatest potential to promote sustainable development for local communities?The method used is a comparative case study and presents four case studies that explore the potential for CO2 storage offshore in Norway and Brazil; and in tropical forests in Mexico and Brazil.