摘要：The article also presents the situation of the Polish power
engineering against the background of global trends, as well as proposals for
solving the smog problem using anti-smog technologies developed at the
Institute of Fluid-Flow Machinery of the Polish Academy of Sciences in
Gdańsk (IMP PAN) and by launching a pilot project that will cover 1,000
households equipped with these technologies. The author and his closest coworkers
recommend equipping boilers, including both older and newer ones,
with low-power electrostatic precipitators. In this way, one can burn lowquality
fuels while keeping the emission of airborne dust at a low level. It is
a quick and not pricey solution to the smog problem.
其他摘要：The article also presents the situation of the Polish power engineering against the background of global trends, as well as proposals for solving the smog problem using anti-smog technologies developed at the Institute of Fluid-Flow Machinery of the Polish Academy of Sciences in Gdańsk (IMP PAN) and by launching a pilot project that will cover 1,000 households equipped with these technologies. The author and his closest coworkers recommend equipping boilers, including both older and newer ones, with low-power electrostatic precipitators. In this way, one can burn lowquality fuels while keeping the emission of airborne dust at a low level. It is a quick and not pricey solution to the smog problem.
