Submerged combustion melting systems: O-I Glass PackagingRecent Research Landscape
Particulate carryover and inefficient heat transfer in traditional furnaces limit the speed and environmental footprint of glass batch conversion.
What technical problems is O-I Glass Packaging addressing in Submerged combustion melting systems?
Batch preheating thermal gradients
(8)evidences
Low thermal efficiency and exhaust-induced ductwork damage occur when raw material preheating temperatures and mass flows are not precisely regulated.
Submerged feedstock particulate carryover
(10)evidences
Fine batch materials are entrained in high-velocity exhaust gases during submerged combustion, leading to material loss and downstream filtration requirements.
Combustor tube thermal degradation
(4)evidences
Turbulent splashing in submerged combustion melters causes molten glass to accumulate and solidify within exhaust conduits, leading to structural blockages.