Combustion Tec Burners

A Low NOx Adjustable Air-Gas Burner for Glass Furnaces

Brightfire^TM Burner

Primefire^® Series Oxy-Fuel Burners

Primefire® 100 Series Oxygen-Gas Burner

Primefire® 100 Series Burner Combustion Tec Lab Firin

Primefire® 100 Oxy-Gas Burners

Primefire® 100 Series Oxygen-Oil Burners

Primefire® 300 Series Burners

Primefire® Series Oxygen-Fuel Furnaces

Primefire 400 High Efficiency Low Nox Oxygen-fuel Burner

• Research and Development Funded by DOE 
• Research conducted by GTI and Eclipse, Inc. 
• Technology licensed to Eclipse-Combustion Tec 
• Capable of firing Natural Gas and Fuel Oil

Fuel Preheating Zone

• Small percentage of combustion oxygen diverted to gas stream
• Precombustion (fraction of the natural gas)
• Direct mixing to heat natural gas
• Formation of soot precursors

Flame Zone

• Fuel-rich combustion with soot formation
• Fuel-lean combustion with soot burnout
• A Highly Luminous Oxy-Gas Flame Is Formed
• Radiative heat transfer to the load is increased
• NOx emissions decrease due to lower peak flame temperatures

Metering and Flow Controls

Gas and Oxygen Metering and Flow Control Train

Main Gas Train

Individual Flame Development

Oxygen Enriched Air Staging Technology to Reduce NOx Emissions

OEAS Process for Endport Regenerative Furnaces

OEAS Process for Sideport Regenerative Furnaces

Oxygen-Gas Boosting

Oxy Boosting/Side Fired Regenerative

Oxy-Gas Boosting Metering Panel

The purpose of Eclipse is to pioneer the development and implementation of innovative technologies to provide industry worldwide with the cleanest heat possible.
  Combustion Systems and Components

• Air Heating
• Furnace Heating
• Immersion Heating
• Infra Red Heating
• Air and Fuel Supply and Control Equipment
• Flame Monitoring Systems

Combustion Specialists for the Glass and Ceramics Industry

• Oxygen Furnaces
• Regenerative Furnaces
• Recuperative or Direct-Fired Furnaces
• Refiners/Distributors
• Forehearths
• Lehrs
• Oxygen Control Equipment
• Computational Fluid Dynamics (CFD) Modeling
• Closed-Circuit TV Systems
• Oxygen Lance/Boost Systems
• Emissions Control Technologies
• Heat-up Equipment

CCTV System

• Real time observation can reduce cost by identifying potential furnace problems that can be corrected prior to becoming serious
• Increased field of view of process compared to furnace observation ports
• Real-time process observation can improve quality by identifying abnormal batch or load patterns in the process

CCTV Software Applications Digital Recording

• Digital recording of captured frames
• Playback of captured frames
• Recalling frames based on Date/Time Group calendar tool
• Print function of selected frames
• User selectable recording interval

CCTV Software Applications-cont’d Thermal Imaging

• In-situ, near real time image acquisition process analysis and result presentation
• Averaged temperature and intensity histogram are provided for the user drawn/selected Region Of Interest (ROI) within the acquired image
• Provides temperature line profile along a user drawn/selected line In the acquired image
• Post-Test Target Temperature Distribution Investigation And Playback

Oxygen – Gas Forehearth Combustion Systems

• 60% Fuel Reduction
• 80% NOx Reduction
• Improved Temperature Homogeneity
• Gas Flow Rates

 

http://www.gsl.cz/en/products/combustion-burners.html