Biofuel-fired combined heat and power stations XILO CHP

Main components:

  • Furnace.
  • Steam boiler.
  • Steam turbine with generator.
  • ESP.
  • Condensing economizer.
  • Flue gas cleaning ducts and chimney.
  • Ash removal system.
  • Electricity and automation equipment.
  • Feedwater preparation system with deaerator.
  • Water and steam pipes.
  • Biofuel storage and transportation system.

Principle of operation: Generated steam is transferred into the turbine that rotates the electric generator where electric energy is produced. Steam is then directed into the condenser, where it is condensed and releases thermal energy to the heating water. After condensation, the steam is returned to the boiler, and the cycle is repeated. Additional thermal energy is produced in the flue gas condensing economizer and is also transferred to the heating water. 

 Standard biofuel-fired power plants operate according to the cogeneration principle, which is a process of simultaneous production of heat and electricity. Thermal energy produced by the combined heat and power station is used for the water evaporation process. Additional thermal energy is produced in the flue gas condensing economizer and is also transferred to the heating water. 

Advantages
Specification
XILO CHP 2.5
Electric capacity 1–2.5 MWe Thermal capacity 12 MWh
XILO CHP 5.0
Electric capacity 1.5–5.0 MWe Thermal capacity 20 MWh
XILO CHP 10.0
Electric capacity 3–10 MWe Thermal capacity 40 MWh
XILO CHP 20.0
Electric capacity 4–20 MWe Thermal capacity 70 MWh

(Lithuanian)

  • Greitas projekto įgyvendinimas minimaliomis sąnaudomis.
  • Patikimi standartizuoti sprendimai užtikrina greitesnį ir paprastesnį projekto įgyvendinimą.
  • Užtikrinami projekte nustatyti garantiniai įrangos energijos parametrai.
  • Aukštas efektyvumo lygis: ≥ 8000 darbo valandų per metus.
  • Aukšti aplinkosaugos rodikliai: kietos dalelės ≤ 100 mg/Nm³.
  • Galimybė deginti žemos kokybės medienos kurą ir durpes.
  • Aptarnavimo ir priežiūros paslaugos.
Vytis Keserauskas
+370 620 43362
vytis.keserauskas@axis.lt
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