The research object was a medical waste incineration plant with a capacity of 150 kg per hour equipped with a flue gas treatment system based on dry sorption process using a lime-carbon reagent with adsorbent removing in high-efficiency particulate collector. As the dry sorption agent was used a mixture of high reactive hydrated lime and activated carbon injected to combustion gases by pneumatic feeder. Activated carbon content in the mixture was 5-10 % by mass. Applied collector was ceramic filter with total filtration area of 120 m2 and guaranteed outlet dust concentration under 5 mg/Nm3. Among others things the aims of research were evaluation of removal efficiency from flue-gases selected gaseous compounds (SO2, NOx, HC, HCl, HF, HCN, Hg and BTX) and possibilities of comply with emission limit requirements for waste incinerators. On the basis of carried out measurements and analysis there was claimed that full-dry flue-gas treatment systems are not too adequate for some pollutants existing in gas phase and consequently could not to comply with the emission standards during temporary increasing of the substances released from the incineration process.

English title: Effectiveness evaluation of a dry flue-gas treatment system from medical waste incineration based on lime-carbon adsorbent injection.