melting for frit-2024欧洲杯官网

oxygen-enhanced combustion technologies can help improve furnace performance by displacing combustion air with oxygen. even a small increase in oxygen concentration can have a dramatic impact on furnace operations, especially when using fuels with low heating values, and/or improving operations or regaining control of furnaces with failing heat recovery devices. by reducing or eliminating the introduction of inert nitrogen into the furnace, oxygen-enhanced combustion technologies have proven to increase production, decrease fuel consumption, and reduce emissions, while maintaining or even increasing product quality. with a range of proprietary cleanfire® burners, melting technologies, and modeling services, our global team can use their skills and experience to help you with design, start-up, and ongoing operation of the optimal system for your furnace.

oxy-fuel frit melting

lower capital cost
higher fuel efficiency
reduced noₓ, soₓ and particulate emissions

a variety of oxygen enrichment and oxy-fuel combustion methods can be used to enhance frit melting

oxygen lancing

this method has historically been the most cost-effective way to use oxygen to supplement air-fuel combustion. the strategic injection of oxygen beside, beneath or through air-fuel flames has allowed frit melters to reach campaign objectives in terms of pull rate, fuel efficiency, and frit quality. the benefits of oxygen lancing accrue from having the oxygen mix with fuel where it is most needed.

oxygen boosting

the boosting concept uses oxy-fuel burners positioned within the air-fuel melter to increase production, quality, efficiency and furnace stability. oxy-fuel boosting is typically used to increase pull rate on a furnace that is at capacity or that has been crippled due to a failure or loss of effectiveness of the air-fuel combustion system.

full oxy-fuel conversion

oxy-fuel frit melting furnaces provide the most flexible and efficient means for melting frit in large tonnage production operations. operational benefits provided by oxygen are maximized with full conversion: increased production, decreased fuel consumption, decreased emissions, improved frit quality, reduced maintenance, and extended furnace campaign life.

oxygen enrichment

oxygen is injected into the main combustion air header well ahead of the delivery point to the furnace. this pre-mix of oxygen is most common on recuperative furnaces or unit melters that have many such delivery points or on regenerative melters where it is desirable to use the oxygen to enhance the entire combustion process in a consistent manner.

to make glass better, put air products in the mix!

air products experts would be happy to help you understand which technology is a good fit for your needs.