Ladle / Converter
Vertical Vessel
Preheating
Vertical heating systems are used for preheating or drying ladles and converters. Industrial heating solutions from MEFKON are designed and manufactured in respect of state of the art technology.
Every MEFKON heater is based on the fundamental demands on highest efficiency, lowest emissions and highest reliability.
-
Gas / Air
The MEFKON high velocity gas/air burner is a versatile standard burner for industrial furnaces and thermal processing equipment. The burner is characterised by its best controllability and its small NOx-values.
-
$OAG
The MEFKON Oxygen/Air/Gas-burner is a special developed combi burner, which can be operated in pure oxygen and pure air mode. The MEFKON OAG Burner combines the benefits of Gas/Air & Gas/Oxygen systems and forms a future-proof solution especially for slowest temperature rises and highly efficient preheating & heat maintaining.
-
#Gas / Oxygen
The MEFKON Oxyfuel burner has been specially developed for high-temperature applications and is characterised by its high efficiency, lowest emissions, easy maintenance and best controllability. Up to 50% energy and CO2 savings, compared to a gas/air burner system.
Ladle and Converter Preheater & Drier
Vertical preheating systems are used for high speed heating and heat maintaining. These systems are often equipped with a gas/air burner with the MEFKON 2-stage radiation recuperator or with a gas/oxygen burner. Compared to a conventional gas/air burner, a 2-stage radiation recuperator can increase the efficiency of about 20% (learn more). An oxygen burner increases the efficiency of about 50%.
Vertical drying systems are used for tempering bricks and for drying monolithic refractory lining. The MEFKON Twin Blower secondary air system enables very precise and emission-optimised drying and tempering of dolomite bricks. The MEFKON Twin Blower system allows a burner turn-down-ratio down to 1:30 and thus slowest heating curves, starting from 120°C. In addition to the Twin Blower system, special additional oxygen injection systems for post combustion are available, for the tempering of pitch- or resin-bounded bricks, which allow almost complete post combustion of the evaporating components within the ladle (learn more). For a further reduction of environment pollution, ladles can be placed in a housing with rim suction system and post combustion inside the vessel.
Options
OAG & Oxyfuel Combustion
up to 50% energy and CO2 saving
2-stage Radiation Recuperator
up to 20% energy and CO2 saving
Twin Blower Secondary Air System
for low temperature drying < 120°C
Additional Oxygen Injection & Ladle Housing with Rim Suction
for pollution free brick tempering
MEFKON Burner Types for
Vertical Vessel Preheaters
MEFKON represents the most innovative OAG Burner Technology. Due to highest efficiency and our Hydrogen H2-ready Concept, MEFKON ensures future-proof solution for their customers.
Gas / Air
The MEFKON High Velocity Gas/Air Burner is a versatile standard burner for industrial furnaces and thermal processing equipment. The burner is characterised by its best controllability and its small NOx-values.
Gas / Oxygen
The MEFKON Oxyfuel Burner has been specially developed for high-temperature applications and is characterised by its high efficiency, lowest emissions, easy maintenance and best controllability. Up to 50% energy and CO2 savings, compared to a gas/air burner system.
Best Choice for the future
OAG
The MEFKON Combined Oxygen/Air/Gas Burner (MEFKON OAG Burner) is a special developed combination burner, which can be operated with pure oxygen or pure air. The MEFKON OAG Burner combines the benefits of gas/air & gas/oxygen systems and forms a future-proof solution especially for slowest temperature rises and highly efficient preheating & heat maintaining.
MEFKON Standards Preheater & Drier
MEFKON heaters are based on the fundamental demands on highest efficiency, lowest emissions and highest reliability
100% Customised Solutions
based on customer demands
Highest Safety Standards
conform to standards like EN 746-2
Highest Efficency
up to 80% energy savings
Optimised Operation
- PLC controlled
- data exchange to higher level
- remote service
Easy Maintenance
- reduced number of wear parts
- easy access to critical components
- clear text failure indication
Get an impression
