This paper is a study of documentary film production with focus on the filmmakers choice and usage of sound equipment. Using professional articles and literature have first of all helped us determine a standard for the conventional use of sound equipment in documentary film. Afterwards, by analyzing our own interviews we?ve received answers on how filmmakers relate to the conventional usage and why they select equipment as they do. Thereafter, we describe a technical method which helps a filmmaker to be able to record sound for documentary film on his/her own, using simple measures without reducing quality.

The use of fossil fuels such as coal and gas are a contributor to the global warming. The climate change is a worldwide problem with far reaching consequences that is believed to be very expensive. The United Nations has been introducing a framework convention on climate change. One component of the convention is the Kyoto protocol. The protocol is obligating the developed countries to decrease their emissions of greenhouse gases by 5.2 percent during the time period 2008-2012.

Seabased Industry AB develops system for extracting electrical energy from ocean waves with a Wave Energy Converter (WEC). The components is bought from subcontractors and then assembled into wave energy converters, buoys and marine substations by Seabased. In the future Seabased will produce more of the components themselves to reduce costs and to have better control over tolerances. The production line will also include the painting of the WECs and substations, which is performed in a painting line.The purpose of this thesis work is to study what is required to build a painting line, regarding the types of stations, transporting types and the space needed. This will result in layouts for the painting line.To receive the necessary information about production theory and corrosion and surface treatment, literature concerning this area has been studied.

Abstract Title: Enabling Smart Research and Development through Knowledge Conversation Seminar date: 2005-06-08 Course: Master thesis in business administration, 10 Swedish credits (15 ECTS) Authors: Andreas Johnsson, Johan Rosendahl Advisors: Lars Bengtsson Key words: Knowledge management, Knowledge conversation, Research and development, Ba, Trelleborg Purpose: The purpose of the thesis is to create a model that shows how knowledge management aimed at research and development processes can be used and how the theoretical fields can be connected. Methodology: The thesis is based on abductive perspective where empirical and theoretical material has been mixed to create a foundation for the analysis. Theoretical perspectives: Theories concerning knowledge management and research and development have primarily been used. These have been complemented with material about team structures and incentive systems. Empirical foundation: The empirical material is based on semi structured, mostly qualitative interviews and strictly quantitative inquiries performed at Industrial Hose within the Trelleborg group.

Åmotfors Bruk AB (ÅBAB) has today an inefficient production of steam for the manufacturing of paper. Unpredictable energy prices and modernisation of the current equipment has been the underlying factors to invest in a thermal power plant, mainly driven by garbage. This facility will not only use the steam for paper production, it will also generate electricity through a steam turbine. Today, when a fault on the supplying line occurs which leads to disconnection of the external grid, all the support of electricity to Åmotfors Bruk (ÅB) will disappear. This will lead to major interruptions in the paper production, which will cause severe economical losses.

Today many industrial companies invest a lot of resources on research and development to resist the tough competition on the global market. This leads to a high risk game when the companies start many development projects, with uncertain outcome where some of the projects have to be terminated prematurely. The main purpose with this study is to identify factors, both internal and external, that influence the decision to terminate projects prematurely in Swedish development projects. Factors mentioned in the literature will be compared with case studies on three Swedish industrial companies to demonstrate the most important ones when taking such decisions. First a literature study was made to identify basic terms, a general project model and factors affecting the decision.

The Swedish production of biogas was 1,5 TWh 2011. About half of the production was used as vehicle fuels. The cost for upgrading biogas depends on the size of the biogas plant and its gas production. If the gas flow is low the cost will be high. However, further development of existing upgrading technologies or development of new ones, have good potential to decrease the upgrading cost for small scale biogas plants.

Abstract Title: A messy story ? a case study of Secorocs process flow of DTH-pipes Presentation date: 2010-06-02 Course: Bachelor thesis in businessAuthor: Kristoffer ForsmanAdvisor: Kjell GustafssonKeywords: Management control, process control, lean production, process flow analysisPurpose: The purpose of this bachelor thesis is to develop an overview of the process flow for a specific product, and with the help of this mapping based on a lean production philosophy show possible improvement proposals and how these can lead to a more efficient process flow.Methodology: I have used a case study of Secorocs DTH-pipes and my primary data are gathered through interviews and observations. I have used theoretical framework to establish a process flow analysis. This is to obtain data on process activities and whether they are creating value or not. This leads to a current mapping of the situation in Secoroc on DTH-pipes and then analyzed and suggestions for improvement are developed.Conclusions: That by using the above mentioned mapping of process flow of DTH-pipes, problem areas could be illustrated.

Each year, the coffee machines at Ericsson in Kista produce around 100 tons of ground coffee waste.The companies Coor Service Management, Löfbergs Lila and Selecta are all responsible for differentstages in the logistical chain in delivering coffee and, together with Ericsson, they want to increasetheir environmental benefit. The plan is to produce biogas through anaerobic digestion instead ofincinerating the coffee waste in a heating plant. The results are to be presented as different businesscases in which different biogas plants are compared with the reference case (heating plant),comparing costs and environmental impacts.There are two major environmental benefits from producing biogas; reduced carbon dioxideemissions from when fossile fule is replaced by carbon neutral biogas, and reduced emissions fromreturning digestate from the bio reactor to farmland instead of using industrial fertelizer.In order to determine the biogas potential in coffee waste, a couple of properties had to bedetermined in a laboratory. Properties such as the dry substance content, heating value, moisturecontent and ash content. The results show that 100 tons coffee waste could produce around 16 500Nm3 biogas which would contain 163 MWh.The biogas reactor and upgrade plant both need energy gas to function and uses around 14 MWh ofthe produced gas.

High heels ? a fashion that has not gone out of style after hundreds of years. Despite their esthetic advantages, high heels become uncomfortable and harmful after repetitive and long term use. With this as a starting point, Huyen Nguyen ? a student at the Innovation Engineering Program at the University of Halmstad ? decided to make a final thesis project. The project goal has been to combine the esthetic advantages of high heels and bring a comfortable solution to the equation.

Detektion av gasläckor används i en mängd olika applikationer som till exempel kvalitetskontroll av kylskåp, lokalisering av skador på kablar och lokalisering av bränsleläckor i bränsletankar.Denna rapport undersöker förbättring av detektionsalgoritmen i en existerande vätgasdetektor.CUSUM algoritmen är en enkel men kraftfull metod för att snabbt detektera små ändringar i nivån av en signal. Denna metod är anpassad till det dynamiska beteendet i sensorn som används för att spåra vätgasläckorna och även utvärderad på omfattande mätningar utförda på läckor med kända storlekar. Resultaten visar att användning av den föreslagna detektionsalgoritmen innebär en betydande ökning av detektorns prestanda. Särskilt bra blir resultatet på små läckor..

Bakgrund: Lean Production uppkom som ett verktyg för att sänka kostnader och därmed öka konkurrenskraften på en allt mer hårdnad marknad. Synen på processtänkande och dess möjligheter har under senare årtionden ökat markant i intresse, däremot har ekonomisystemen inte förändrats i samma takt. Granlund (2001) menar att trots det starka trycket att förändra kalkyleringen använder många företag sig fortfarande av traditionella påläggskalkyler med direkt lön som fördelningsbas. Kaplan & Johnsson belyste redan 1987 problemet och argumenterade för hur traditionella kalkylsystem ger en allt för aggregerad och snedvrängd bild av verkligheten. Den debatt som uppstod är känd under namnet Relevance Lost.

Phosphate is a used as a surface treatment method which is used for various purposes in the industry. In this case, phosphate coated wire is used in the processes to achieve a desirable outcome. The reason to why phosphate coated wire is used in the production process is because phosphate acts as an accumulator, where it stabilizes the lubricant on the surface of the wire. Lubrication is important because it plays a major role in the roll quality and characterizes important benefits regarding the outcome.Currently, SKF has to wash away all phosphates residues after extrusion process in an operation called tumbling. The main reason for this is simply because the surface has to be completely free from lubricants and coatings till the next step of process.

Examensarbete, civilekonomprogrammet, Ekonomihögskolan vid Linnéuniversitetet, ekonomistyrning, 4FE03E, VT 2013Titel: Lean Productions påverkan på ekonomistyrningen - En fallstudie inom Gnutti   Powertrain ABBakgrund: Allt mer konkurrensutsatta marknader har inneburit att företag sökt nya sätt att utveckla och effektivisera sina verksamheter. Detta har resulterat i att många företag valt att införa produktionsstrategin Lean Production. Flera forskare har påvisat att den traditionella ekonomistyrningen inte är anpassad till och lämplig för företag som använder produktionsstrategin Lean Production. Detta har inneburit att den traditionella ekonomistyrningen måste förändras och utvecklas för att kunna stödja de förändringar som den nya produktionsstrategin ger upphov till. Därmed blev det intressant att studera ett enskilt fallföretag för att identifiera om och hur detta företag har förändrat sin ekonomistyrning till följd av användandet av Lean Production. Syfte: Syftet med denna studie är att utifrån det enskilda fallet Gnutti Powertrain AB bidra med en förståelse för hur ekonomistyrningens utformning och användning påverkas av användandet av den avancerade produktionsstrategin Lean Production.

Den generella svenska byggprocessen idag är inte utformad för att hantera hela processen som ett system, vilket innebär att förändringar krävs inom såväl processen som dess styrning. Inom bostadsbyggande är produktivitetsutvecklingen betydligt lägre än i tillverkningsindustrin och man brottas med bristande samarbete mellan aktörer, svagt engagemang, en fragmenterande byggprocess och bristande helhetssyn. Att skapa maximalt värde för kunden och minimera slöserier är grundläggande för ?lean production? och ?Toyota Production System?, TPS, två av tillverkningsindustrins mest framgångsrika processfilosofier.För att uppnå ett effektivt och fungerande helhetskoncept bör industriellt byggande behandlas med ett systemtänkande, baserat på långsiktiga och kontinuerliga processer med fokus på kunderna. Inom systemtänkandet bör processer och metoder struktureras, teknik standardiseras och kunskap återförs till processerna.MFB, Masonite Flexibla Byggsystem, är ett byggsystem för industriellt byggande med hög prefabriceringsgrad där andelen montagearbete på byggarbetsplats underlättas och minimeras.