Utbrändhet som arbetsskada och motståndsberättelse

Burnout as occupational injury and narrative of resistance During the last years of the 1990s and the first years of the 2000s, burnout was a common diagnosis for sick listing in Sweden. That burnout is directly related to working life was acknowledged by medical experts as well as in the public debate. The number of applications for occupational compensation due to social and organizational factors in work rose from a very modest degree to nearly a forth of the claims among occupational diseases. In this article 48 individual claims for compensation in cases of burnout as occupational disease are analyzed as narratives of resistance. In this respect they are seen as alternative accounts of risk in working life, but also as narratives about resistance. The concept, narratives of resistance, is used to understand the claimants’ argumentation for rights to compensation, as well as how the claimants draw upon public narratives of societal transformation to understand how they themselves have become ill from occupations that normally are not thought to be hazardous. One conclusion from the analysis is that the claimants regard their illness as the resistance of the body against changes in society and working life. 

Emissions Characterisation of residential pellet boilers during start-up and stop periods

In this study, gaseous emissions and particles are measured during start-up and stop periods for an over-fed boiler and an under-fed boiler. Both gaseous and particulate matter emissions are continuously measured in the laboratory. The measurement of gaseous emissions includes oxygen (O2), carbon dioxide (CO2), carbon monoxide (CO), nitrogen oxide and (NO). The emissions rates are calculated from measured emissions concentrations and flue gas flow. The behaviours of the boilers during start-up and stop periods are analysed and the emissions are characterised in terms of CO, NO, TOC and particles (PM2.5 mass and number). The duration of the characterised periods vary between two boilers due to the difference in type of ignition and combustion control. The under-fed boiler B produces higher emissions during start-up periods than the over-fed boiler A. More hydrocarbon and particles are emitted by the under-fed boiler during stop periods. Accumulated mass of CO and TOC during start-up and stop periods contribute a major portion of the total mass emitted during whole operation. However, accumulated mass of NO and PM during start-up and stop periods are not significant as the duration of emission peak is relatively short.