This report presents a bachelor thesis by Erika Gustrén aimed to increase people?s interest for recycling and reusing by create new products of things that already exist in most people?s homes in the materials textile, plastic and paper. That would be a modern and innovative way to contribute to a better environment.The goal with this project was to create three cocktail dresses made of the same pattern and design and with the three chosen materials. The project did not have its base at a company, therefore an external mentor was chosen to help and support during the development of the project. My mentor was Kerstin Boulogner who is a fashion designer and one of the members of GKF (Gotländska Konsthantverkare och Formgivare) in Visby.The project began with an analysis of the chosen materials; textile, plastic and paper.

The aim of this master thesis is to find out how indexing of fiction works. I look at the consistency when users? choices of index words are compared with each other and I also compare users? choices to the current indexing made by libraries. I examine the subject heading list, Att indexera skönlitteratur, to find out how well it works in this particular context. The investigation included seven users who, in three steps, are creating a subject heading index of the Swedish novel Klippdockan by Cecilia Dahlheim.

In Sweden and in the rest of the world we face the problem how to create a sustainable development. At the same time the Swedish million program, a housing program made in the 1960:s and 1970:s, is facing a renewal due to lack of maintenance during many years. An attempt to join these two interests has been made in the residential area of Gårdsten north of Gothenburg. This paper is a case study to review the project and its approach to the sustainability concept. The purpose is to spread knowledge about the problems that can arise. By studying documentation about the reconstruction I have analyzed the approach that has been used. The housing company?s starting point was user participation and an intention to make the changes visible.

Swedish biogas is currently produced mainly by anaerobic digestion of sewage sludgeat sewage treatment plants, landfills and anaerobic digestion of household or industrialwaste. Also cattle ma-nure from farms can be used to produce biogas. Upgradingbiogas represents an increase in methane concentration from about 65 % to about 97%. In addition, particles and contaminants must be sepa-rated from the upgradedbiogas. There are various methods for upgrading and this report compares sixdifferent methods with respect to environment and economy: water scrubber,Biosling, cryo technology, chemical absorption, Pressure Swing Adsorption (PSA) andmembrane separation.According to the used ORWARE model, chemical adsorption with amine has the leastenvironmen-tal impact (methane emissions) and the lowest costs.

At Degermyran landfill, situated in the municipal Skellefteå, a leachate treatment system was installed in 2005. One of the aims of this study was to investigate how well the treatment system works by using data from chemical measurements made on the leachate before and after treatment. Further this study had the purpose of investigating how the predicted climate changes of the 21st century will affect the amount of leachate generated at Degermyran by using a modified version of Thornthwaites water balance model. The treatment system has the ability of reducing manganese by 90 %, nitrogen by 73 % och TOC by 79 %. By the turn of this century the amount of precipitation that percolates the waste at Degermyran will be between 254 and 298 mm, depending on the amount of greenhouse gases that will be released in the future to come.

Stora materialmängder omsätts i byggsektorn, men en stor del restprodukter från byggande ochrivning hamnar på avfallsdeponi idag. Bygg- och rivningsavfallet är besvärligt att hantera och sorterapå grund av att mängden är stor, sammansättningen komplex och den innehåller många miljöfarliga ämnen.Syfte med examensarbetet är att ta reda på hur hanteringen av bygg- och rivningsavfall går till, vad som händer med avfallet efter att det har slängts, vilka olika faktorer som förekommer och hur avfallet kan återvinnas, återbrukas och på vilket sätt kan man förbättra hanteringen av avfallet på ett miljömässigt sätt.Examensarbetet består av två huvuddelar. Den teoretiska delen går igenom relevanta teorier ochinformation från litteratur och olika rapporter. I undersökningen tillämpas informationen från litteraturen och appliceras på de byggarbetsplatser och miljöföretag som valts att besökas.När det kommer till bygg- och rivningsavfall från olika företag kan det skiljas markant beroende påvar bygget ligger och vilket typ av arbete utförs. Det medför också hur stora massor som man slänger i olika containrar och om man har plast till alla containrar på det området som man befinner sig på..

Sepsis (blodförgiftning) är ett allvarligt tillstånd och behöver en snabb diagnos som fastställs genom blodprov. Blodprov från hela Stockholms Län skickas till Karolinska Universitetslaboratoriet (KUL) för analys, där biomedicinska analytiker och läkare fastställer arten på infektionen och beslutar vilken antibiotikabehandling är optimal.Målet med arbetet var att identifiera eventuella problem som skapar flaskhalsar hos Klinisk Mikrobiologi i Solna som är en del av KUL. Därefter skulle lösningsförslag framföras och möjligheten att införa blodprover i ett nytt automatiskt system, BD Kiestra Total Lab Automation undersökas.Verksamhetskedjan för laboratoriet analyserades genom observationer och läsning av metodbeskrivningar. Utifrån verksamhetsanalysen identifierades sedan problem. En utbildning med BD Kiestra TLA gav en översikt av hur systemet fungerar samt fördelarna med att använda det.Genom litteraturstudier samt öppna intervjuer kunde förslag på lösningar och förbättringar framföras. Resultaten behandlar de lösningsförslagen för de identifierade problemen, och sammanfattas i en tabell. BD Kiestra TLA behandlades separat med en systembeskrivning, följt av de problem som finns för införandet av blodprov och hur dessa problem kan lösas..

Environmental issues is now taking a growing place in society and to ensure that companies meet public expectations and do their part in working towards a sustainable development, environmental management system is said to be an effective tool (Almgren & Brorson, 2009).This case study has examined a company's environmental management system in order to find strengths and weaknesses within the ISO 14001 system. The work was carried out using interviews, document reviews and analyzes in which the three main concepts control the report ; "daily work", "audit" and "environmental aspects".The results shows that the daily work looks different depending on where you are; in the production or at the office. The audit examined all documents related to the environmental management system and the study showed that the biggest strengths was the commitment and waste handling while areas such as environmental goals and management review needed improvement. As a result of the deficiencies identified, suggestions for improvements was proposed. The investigation of the routine of the environmental aspects showed an incomplete routine where the red wire from identification to evaluation was missing.

Syftet med min underso?kning var att studera studenters och la?rares uppfattningar av den flexibla utbildningen. Detta har la?nge varit ett intresseomra?de fo?r mig. Eftersom jag har erfarenheter av flexibel utbildning sa? underla?ttade det fo?r mitt arbetssa?tt genom uppsatsen.Fo?r att fo?rsta? grunden till flexibel utbildning behandlades distansutbildningens historia i bakgrundskapitlet och da?r kno?t an till hur informations- och kommunikationsteknologi kan anva?ndas i va?r tid fo?r att sto?dja denna form av utbildning.Detta genomfo?rdes med den fenomenografiska ansatsen som forskningsmetod.

Wastewater handling of private sewage systems has become an all increasing matter. In Stockholm region the 90 000 private sewage systems contribute with larger phosphorus flows to the Baltic Sea than the two biggest sewage plants in the area, Henriksdal and Käppala, contribute together, even though these two plants purify wastewater from more than one million inhabitants. When summer house areas turn into areas for permanent living ? transition areas ? the load on the existing systems increases, systems that already often are unsatisfying. In those areas it is not clear what the best system choice is; On-site systems for single households; Local collective systems or Connection to central systems.

Fuel pellets are a refined bio fuel mostly consisting of residues from sawmills and wood industry. At Rindi Västerdala AB's combined bio energy plant in Vansbro fuel pellets are produced, while the waste heat from the process is used for district heating. The pellets are produced from sawdust, wood shavings and dry wood chips that is dried, milled and pressed into small cylindrical rods. The advantage of refining the wood material in this manner is that the energy value is greater per unit volume and unit weight, thereby the cost of transportation per energy unit is reduced. Also, less storage space is needed.Pellet manufacturing is a complex process since many parameters affects the final results.

Enligt kommunikationsmyndigheten PTS finns det cirka 10miljoner mobiltelefonabonnemang endast i Sverige. Telefonerna innehåller operativsystem där det tillåts mängder av olika sorters program. I och med att Apple 2007 introducerade sin iPhone exploderade marknaden för så kallade Nomadic Devices. En telefon som mer är tänkt att fungera som någon form av handdator. Dessa telefoners utformning och funktioner möjliggör för utvecklare att ta fram mer avancerade program än man tidigare sett för mobiltelefoner.

With increased deployment ofintermittent renewable energy, such aswind and solar power, energy storagebecomes necessary to help reduceproduction peaks. Thermoelectric EnergyStorage is a method still in researchphase, which stores electricity in hotwater at a temperature of 120 ° C. Thisthesis aims to examine whether theThermoelectric Energy Storage would bepossible to integrate into existingpower generation such as a combined heatand power plant, and how the technologypotentially could function in theelectricity market. ThermoelectricEnergy Storage consists of a chargingprocess and a discharging process, bothoperating by the working fluid CO2. Toincrease the efficiency of theThermoelectric Energy Storage, wasteheat from the district heating networkis integrated.A model of the Thermoelectric EnergyStorage has been developed and it wascalculated by thermodynamic propertiesof the working fluid, CO2, in thevarious process steps.

The construction industry is always looking for ways to make the work more efficient aswell as minimize the waste of money in general. At the same time the industry is showing alow awareness of logistics which has to increase in order to improve the industry in thesekind of questions. Projects located in the inner city have high demands on the logistic andthe handling of material due to the so often limited space for storages of the material. Dueto this the purpose of this report is true a case, study and analyze what kind of factors thereis to take into consideration during the materials way from the supplier to the workstationin a project located in the inner city. The data for the report was collected with the help of acase study, and in three different ways.

This project aims to investigate whether algae can be used for biodiesel production in Italy. Algaes are a good option since they are fast growing and do not occupy arable land. The aspects that have been considered are growing, harvesting, which algae strain that is most suitable, extraction of oil, the production of biodiesel and where in Italy this could be possible due to climate. Cost? and energy calculations have been made to investigate if biodiesel produced from algae would be profitable. During the production of biodiesel there are several residues obtained. When the oil has been extracted from the algae, biogas is produced from the residual biomass by anaerobic digestion and then the electricity that can be produced is supplied to the production of biodiesel.