Abstract

Abstract The paper displays results of the questionnaire called “Particulate matter pollution in air”, which serves as a tool to determine level of public awareness of the health risks related to pollution from small capacity heating equipment in households. Barriers for installation of the innovative flue gas treatment technology called a fog unit in households and possible mechanisms to decrease or prevent these barriers were defined. The first part of the questionnaire included overall information about participants: age, gender, education level, place of residence, activities to protect the environment and motives behind performing these activities. The remaining questions were divided in four groups: “Environmental views”, “Knowledge on air pollution”, “Willingness to pay”, “Choice of flue gas treatment technologies”. The results of questionnaire correspond with raised problem situations. Over 80 % of respondents lack information on pollution and possible consequences deriving from it, and on potential solutions to prevent pollution. Residents of households are willing to pay for installation of flue gas treatment equipment (capital investments).

Highlights

  • In 2015 more than 45 % of particulate matter (PM) emissions in Europe were created by small capacity combustion equipment

  • I am well informed about air pollution; 13

  • Environmental and Climate Technologies 2020 / 24 commitment to do everything, to prevent environmental pollution (B); I am well informed about air pollution (C)

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Summary

Introduction

In 2015 more than 45 % of particulate matter (PM) emissions in Europe were created by small capacity combustion equipment. Studies conducted in China prove that biomass use in combustion equipment can make up 19 %–37 % from total PM amount, depending on weather conditions and seasonality, as well as biomass type [1], [2]. Particulate matter emission concentrations in air depend on many factors, including the topography of the area. This factor makes it difficult to develop a model for distribution in emission concentrations and forecast in air [3]. PM has negative effects on health starting from irritated eyes, nose and throat to reduction of lung function and life expectancy. Short-term exposure to PM exacerbates atopic dermatitis symptoms [4]

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