Kohlbach Gruppe KCO Cogeneration und Bioenergie GmbH

Kohlbach Gruppe KCO Cogeneration und Bioenergie GmbH
Grazer Straße 23
9400 Wolfsberg

http://www.kohlbach.at

Dipl.- Ing. Andreas Roskam
Tel.: +43 4352-2157-0
Fax: +43 4352-2157-290
Contact per mail

Information

WATER BOILERS: The boilers are exclusively developed, designed and manufactured at Kohlbach. With them, hot water (max. 110°C) or hot water (approx. 180°C) can be produced with über 20bar. Ausführung with 2 or 3 Rauchrohrzügen as well as with fully automatic boiler cleaning.

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THERMOÖLKESSEL: The boilers are exclusively developed, designed and manufactured at Kohlbach. For the generation of process heat at high temperature levels (flow temperatures >150-312°C). Due to the almost pressureless operation, enormous economic advantages can be achieved for industrial plants: avoidance of strict and cost-intensive ¨monitoring obligations, as well as costs for specially trained steam boiler wärter. 

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Steam boilers: Kohlbach's steam boiler systems are particularly suitable for the generation of saturated steam from 0.5barü to 37barü as well as hot;steam up to about 450°C. Equipped with all für the operation required fittings as well as a fully automatic boiler cleaning.

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Summary

Electricity and heat from wood

Profile

Kohlbach is a renowned manufacturer of boiler plants for biomass and combined heat and power plants throughout Europe and offers a comprehensive service from planning to installation, commissioning and ongoing service and maintenance. The extensive product range includes water, steam and thermal plants (400 - 18,000 kW thermal), container plants (400 – 2,000 kW thermal) and cogeneration solutions with the common steam or the innovative ORC technology.

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Products

  • Water, steam and thermoöl boiler plants (400 - 18,000 kW thermal)
  • Combined heat and power plants (New concept!)
  • Container plants (400 - 2,000 kW thermal)
  • Assembly, commissioning
  • Ongoing service and maintenance
  • Plant rehabilitation and optimization

Technology

  • Power-heat coupling
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  • Control
  • Optimization of major plant components
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  • Process engineering concepts