This review highlights heat transfer issues in submerged combustion vaporizers, focusing on icing and fouling, indicating the need for operational optimization.
Key Points
Icing and fouling significantly limit thermal efficiency in submerged combustion vaporizers, impacting overall performance.
Research indicates that optimizing surface structures and operational parameters can alleviate issues related to icing and fouling.
The review discusses the advancement in understanding heat transfer characteristics in submerged combustion vaporizers worldwide.
Addressing fouling mechanisms and icing behavior is crucial for enhancing the efficiency of liquefied natural gas regasification.