24 Strategy on the Reduction of SO2 Emissions Discharged from the Existing Thermal Power Plants in Serbia, Serbia (2)

Environmental Impact Assessment (EIA) for the Construction of Flue Gas Desulphurization Plant at TPP Kostolac B, Serbia

In order to facilitate continuous production and operation in line with Serbian, as well as EU environmental regulations, TPP Kostolac B (2x348,5 MW) was fitted with flue gas desulphurization system. The wet flue gas desulphurization technology was selected to be implemented, with limestone slurry as a scrubbing agent and gypsum as a by-product of desulphurization process.

EIA Study had analyzed all positive and negative environmental impacts expected during both construction and operation phase and has defined technical and organizational measures to be conducted in order to prevent or reduce negative impact on the environment and human health. All aspects addressed contributed to the conclusion that implementation of this project was to considerably improve air quality in the area impacted by TPP Kostolac B operation.

Services provided

  • EIA scope application to the relevant Authority
  • Environmental Impact Assessment (EIA)
  • Public hearing
  • Approval by the Ministry of Environment

Technical data

  • Capacity: 2x348,5 MW
  • Fuel type: lignite
  • FGD technology: wet desulphurization with limestone slurry
  • SO2 emission: < 200 mg/m³
  • Dust emission: < 10 mg/m³
  • SO2 removal efficiency: 97.39%

 

Client

Electric Power Industry of Serbia (EPS)