REDUCE FIRE GAS

This solution involves adding oxygen to the combustion air of the burners to achieve oxygen concentrations greater than 20.9%.

Technical advantages

• Reducing atmospheric emissions (NOX, VOC, etc.)
• Very easy to do, few modifications to the process are done
• 100% reversible
• Better balance of furnace heat profile
• Technology flexibility between increasing productivity and reducing energy consumption on demand at time T
• Regulatory integration of the technical solution inside the customer's PLC or on the burner supply pressure and flow control system (PLC)

Benefit of economic

• Yield increases from 6 to 20% depending on on-site burner technology
• Reduced energy production costs by 6 to 20% depending on on-site burner technology
• Return on investment is very fast
• Extend the life of the furnace with the regenerative burner

OXY CUTTING TECHNOLOGY

Oxygen lancing is used to replace or replenish oxygen to the air reaching the burner. It is then pumped directly into the oven at high speed using a spear.

Technical advantages

• Neutralization of CO and VOC emissions by supplying excess oxygen in the furnace, in case of introduction of materials containing organic matter
• Ability to load more contaminated materials that contain organic matter and thus change the load supply
• The tailored design precisely meets the requirements of the process
• Reducing atmospheric emissions (NOx, CO,…,)
• Regulatory integration of the technical solution inside the customer's PLC or on the burner supply pressure and flow control system (PLC)

Benefit of economic

• Increase productivity
• Reduce energy production costs

OXYGAS HEADS

This option involves replacing part or all of the heating technology with an air / gas burner with a patented Oxygas burner from the Messer (Oxypyr®) product line.

Technical advantages

• Reducing emissions in the atmosphere (NOx, VOC, etc.)
• Reduce pollutants emissions by 50 to 90%
• Better balance of oven heat profile
• Complete review of heating system.
• Yield increases from 30 to 60% depending on on-site burner technology
• Regulatory integration of the technical solution inside the customer's PLC or on the burner supply pressure and flow control system (PLC)

Benefit of economic

• Yield increases from 6 to 20% depending on on-site burner technology
• Reduced energy production costs by 30 to 60% depending on on-site burner technology