• Pyrolyse-Anlage Pirotex
  • Photos der Anlage
  • Videomaterialien
  • Plan der Pirotex Pyrolyse-Anlage
  • Das Schema der Herstellung von Brennstoff -, Gas -, Wärme -, Strom
  • Funktionstechnologie
  • Spezifikationen
  • Unterlagen zu "Pirotex"
  • Kühltechnologie und Ausziehen
  • Pirotex bei Käufern
    • Leningrad Region 2019
    • Belarus 2019
    • Astrakhan 2019
    • Czech Republic 2018
    • Volga Region 2017
    • Praha, Czech Republic 2017
    • Stavropol territory 2017
    • Leningrad region 2016
    • Kyrgyzstan 2016
    • Kaluga 2015
    • Khakassia 2015
    • Khabarovsk 2015
    • Nizhniy Novgorod 2014
    • Karelia 2015
    • Naberezhnye Chelny 2014
    • Piatigorsk 2014
    • Vladivostok 2014
    • Tatarstan 2014
    • USA, Kansas, 2013
    • Columbia 2013
    • Murmansk Region 2013
    • Miass 2013
    • Naberezhnye Chelny 2013
    • Novokuznetsk 2013
    • City in the Middle Russia 2012
    • Kazan 2012
    • Domodedovo 2012
    • Yaroslavl 2011
    • Kaliningrad 2011
    • Nischni Nowgorod 2011
    • Stupino 2011
    • Wyborg 2010
    • Kemerowo 2010
    • Slanzy 2010
    • Sosnowyj Bor 2010
    • Krymsk 2010
    • Ravda, Bulgaria 2009
    • Belene, Bulgaria 2009
    • Magnitogorsk 2008
  • Faq
• KVARK-500 Drehrohrofen für die Gasaktivierung
  • Fotos von Ausrüstung
  • Videomaterialien
  • Byuers of KVARK-500
    • Kyrgyzstan 2016
• Der UGLAS-800 Gasgenerator
  • Fotos der Anlagen
  • Videomaterialien
  • Byuers of UGLAS-800
    • Estonia 2016
• Gasgenerator MGG-1-500
  • Technische Kennziffern
  • Photos der Anlagen
  • Videomaterialien
  • Byuers of Gas generator
    • Ankara, Turkey 2015
• Mini-Raffinerieanlage (MRA)
  • Spezifikationen
  • Infrastrutur für den Betrieb
  • Byuers of Mini Oil Refinery Plant
    • Kyrgyzstan 2016
    • Kanzas, the USA 2013
• Die Konstanta Produktionsstraße
  • Equipment Photos
  • Video
  • Byuers of Konstanta line
    • Volga Region 2017
    • Khakassia 2015
    • USA, Kansas 2013
• Mini Oil Refinery GRIZOX-50
  • Specifications

Gas Generator in Estonia, 10/2016

In October, 2016 there was an installation and activation of gas-generator “UGLAS-800” in Estonia. The aim of this project is to generate electric energy from sawdust and wood chips.  Accordingly, the complement includes not only Gas Generator, but also Gas-powered electrical generator. In this case  the capacity of Gas-powered electrical generator was 200 kW.

On basis of feedstock specification, gas cleaning line from resin pockets, presented in sawdust and wood chips, was developed and performed  in addition to Gas generator. Therefore, clean gas is delivered to Gas-powered electrical generator.