Clean Technology for Coal Desulphuration to Reduce SO2 Emissions from Coal Combustion in Thermal Power Plants

  • Camelia BĂDULESCU University of Petrosani, 332006 Petroșani, Hunedoara, Romania
  • Diana MARCHIŞ University of Petrosani, 332006 Petroșani, Hunedoara, Romania
  • Daniela Ionela CIOLEA University of Petrosani, 332006 Petroșani, Hunedoara, Romania
Keywords: coal combustion, desulphurization, SO2 content, environmental protection, mechanical processing technologies, bacterial desulfurization of coal

Abstract

Power stations using the coal as energetically agent exhaust into the atmosphere large quantities of polluting agents having different
forms. Burning of coal involves pollution of environment by means of powders exhausted from chimneys and by means of flying
ash spoil dumps. Mechanical pollution is completed by chemical pollution produced as result of action of chemical substances in
burned gases that can be even more dangerous than the solid ones, affecting the ecological balances of areas around the energetically
complexes. In order to reduce the impact of gases onto the environment is required that in the future to be taken a range of measures
aiming to monitor the noxious gases exhausted complying the national and international environment protection laws. Also,
considering the toxicity of sulphurous gases over the flora and fauna, this paper analyses, based on original experiments, different
methods (desulphurization by flotation, magnetic desulphurization, and bacterial desulphurization) for sulphur content reduction in
coal before being used in thermal power plants.

Published
2024-02-19
How to Cite
BĂDULESCU, C., MARCHIŞ, D., & CIOLEA, D. I. (2024). Clean Technology for Coal Desulphuration to Reduce SO2 Emissions from Coal Combustion in Thermal Power Plants. Test, 2(2 (52), 51–56. https://doi.org/10.29227/IM-2023-02-56