Last updated on: 2017-02-08

Air Protection

 
Completed tasks
  • Modernization of all electrostatic precipitators in the Pątnów and Adamów Power Plants.
  • Installation of systems for the reduction of NOx emissions by means of primary methods in the Pątnów and Adamów Power Plants, construction of a system that reduces NOx emissions in the K5 boiler in the Pątnów Power Plant along with measuring systems for individual units.
  • Installation of two automatic air quality monitoring stations in the area of the power plant's interaction.
  • Flue gas emission control system installed on stacks in ZE PAK SA power plants.
  • Construction of a dedicated boiler for biomass combustion with an area for its storage at the Konin Power Station.
  • Flue gas desulfurization system for boilers 111 and 112 in the Konin Power Station and for Units 1 - 6 in the Pątnów Power Plant.
 

Defaultowe zdjecieFlue Gas Desulphurization System

Flue Gas Desulphurization System
  • Flue gases, containing primarily substantial amounts of sulphur compounds, particularly harmful to the environment and living beings, are a highly hazardous waste product of lignite combustion. Desulphurization is a method for reducing the content of such compounds in flue gases.
  • In the process of wet flue gas desulphurization, hot flue gases from electrostatic precipitators are directed to an absorber, where they are brought into contact with lime slurry.
  • As a result of a sequence of chemical reactions, pollutants (particularly SO2) are captured and synthetic gypsum is produced.
  • After leaving the absorber zone, the desulphurized flue gases pass through two mist eliminator levels, where entrained sorbent suspension droplets are removed. Finally, after passing through a heating chamber, the treated flue gases are discharged through a stack that is an integral part of the system. The entire process is highly automated.
  • The desulphurization system removes about 96% of pollutants, and environmentally clean water vapour leaves the stack.

  • This highly effective method, widely used in the energy sector worldwide, was implemented in the existing flue gas desulphurization systems constructed in ZE PAK SA.

Defaultowe zdjecieFlue Gas Desulphurization System,

   

Defaultowe zdjecieDiagram I

SO2 emission diagram
   

Defaultowe zdjecieDiagram II

Dust emission diagram
   

Defaultowe zdjecieDiagram III

NO2 emission diagram
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  • ZE PAK SA
    Company’s Head Office
    ul. Kazimierska 45 | 62-510 Konin
  • tel. +48 63 247 30 00 fax. +48 63 247 30 30 zepak@zepak.com.pl
  • ZE PAK SA Place of registration: Sąd Rejonowy Poznań Nowe Miasto i Wilda IX Wydział Gospodarczy.
    KRS 0000021374 | REGON 310186795 | NIP 665-000-16-45
    Share capital: 101 647 094 PLN, fully paid-up.
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