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Paper presents comparative analysis of residential indoor air pollutant   concentration change over future specified time horizon, implementing   building physical and thermal retrofit measures, thus creating pollution   mitigation scenarios for existing Belgrade and Nis housing stock followed by   greenhouse gas emission reduction scenarios up to 2050. Regarding specified   mitigation scenarios, the set of typical housing unit models has been   generated which define existing housing stock of Belgrade and Nis. Extensive   monitoring of physical and thermal parameters as well as detailed   socio-technical survey of selected households was performed and used as an   initial modeling input. Relationship between environment pollution and   building performances was investigated, with respect to indooroutdoor sources   of pollution, thermal and physical properties of the stock samples and   occupant’s behavior. As a final output, indoor pollutant concentrations for   each of the modelled cases was obtained and validated against the available   data. This housing modelling framework has been created in order to develop   an assessment of present and future exposure and health impact quantity   regarding single/multiple scenario interventions introduced to the housing   stock. This paper provides each strategy guidelines for taking measures   towards achieving the healthier indoor environments. [FP7-ENV-2010:   PURGE-Public health impacts in urban environments of greenhouse gas emissions   reduction strategies, Project number: 265325, financed by the European   Commission

Comparative analyses of built environment exposures relevant to health of greenhouse gas emissions reduction strategies in Serbia