摘要：Geothermal energy as one of renewable energy sources is an
alternative to conventional methods of heat production, and thus contributes
to reducing the emission of pollutants into the environment, especially the
so-called low emission. Poland is facing the problem of pollutant emissions
from combustion processes, in the context to individual households using
mainly solid fuels to ensure heat demand for central heating and hot water
production. The paper presents the results of calculations of avoided
emissions in the context of replacement of conventional individual heating
for geothermal heating systems, taking into consideration not only the
problem of air pollution in Poland, but also issues of fuel quality (calorific
value) and efficiency of used heating devices.
其他摘要：Geothermal energy as one of renewable energy sources is an alternative to conventional methods of heat production, and thus contributes to reducing the emission of pollutants into the environment, especially the so-called low emission. Poland is facing the problem of pollutant emissions from combustion processes, in the context to individual households using mainly solid fuels to ensure heat demand for central heating and hot water production. The paper presents the results of calculations of avoided emissions in the context of replacement of conventional individual heating for geothermal heating systems, taking into consideration not only the problem of air pollution in Poland, but also issues of fuel quality (calorific value) and efficiency of used heating devices.
