Detta examensarbete är i grunden ett konstruktionsprojekt med syfte att utveckla en ny generation av dekontamineringsutrustning kallad Incinerator åt Getinge Sterilization AB. Incineratorn är en tryckbehållare som ska avdöda farliga sporer och utvecklades ursprungligen på 70-talet. Denna har uppdaterats flera gånger under dess livsspann men konstruktionen för med sig flera problem som nu ska lösas med en helt ny generation, kallad Incinerator 2.0. Projektet har främst handlat om konstruktion men beskriver även processteknik och dekontamineringprocess av farligt media. Då detta examensarbete berör tryckbehållare och dekontamineringsprocesser så har flera standarder och direktiv som t.ex.

In the EU the amount of waste increased by 14 percent during the years 2000 to 2010. EU?s target to reduce waste generation runs parallel with the aim of increasing the efficiency and profitability aligned with energy recovery. In Sweden the energy recovery through incineration is increasing steadily, and 46 percent of the municipal solid waste (MSW) is treated by combustion. This report aims to examine the profitability of processing MSW into Refuse Derived Fuel (RDF) from an economic-, energy- and environmental perspective.

In Sweden, there are limits to how much leachable substances waste must contain in order to be deposited as hazardous waste. Fly ash from waste incineration often end up over the limit, mainly due to the chloride content. Fly ash is therefore often deposited abroad. The purpose of this study was to investigate the possibility to handle fly ash locally. To clarify how the law is applied, environmental reports and permit documents from ten waste sites with permission to deposit fly ash were studied.