1979
DOI: 10.1007/bf02833329
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The influence of corrosion and fouling on steam condenser performance

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1983
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Cited by 8 publications
(3 citation statements)
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“…42,43 For lubricant-infused surfaces, although studies have shown their excellent liquid repellency, and heat transfer coefficient up to 5 times higher compared to filmwise condensation, 26 they still face the issue of gradual lubricant depletion in the long term (Figure 1b). 44 Another problem in condensation applications is the contamination on the surface, e.g., biofouling, which can be a major issue that limits the heat transfer efficiency in industrial applications, e.g., condenser tubes, 45,46 and heat exchangers. 47 Microorganisms, such as bacteria, can attach to the surface of the condenser fins and tubes, acting as defects, 48 and continue expanding to form a fouling layer that can affect the heat transfer.…”
Section: Introductionmentioning
confidence: 99%
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“…42,43 For lubricant-infused surfaces, although studies have shown their excellent liquid repellency, and heat transfer coefficient up to 5 times higher compared to filmwise condensation, 26 they still face the issue of gradual lubricant depletion in the long term (Figure 1b). 44 Another problem in condensation applications is the contamination on the surface, e.g., biofouling, which can be a major issue that limits the heat transfer efficiency in industrial applications, e.g., condenser tubes, 45,46 and heat exchangers. 47 Microorganisms, such as bacteria, can attach to the surface of the condenser fins and tubes, acting as defects, 48 and continue expanding to form a fouling layer that can affect the heat transfer.…”
Section: Introductionmentioning
confidence: 99%
“…Another problem in condensation applications is the contamination on the surface, e.g., biofouling, which can be a major issue that limits the heat transfer efficiency in industrial applications, e.g., condenser tubes, , and heat exchangers . Microorganisms, such as bacteria, can attach to the surface of the condenser fins and tubes, acting as defects, and continue expanding to form a fouling layer that can affect the heat transfer.…”
Section: Introductionmentioning
confidence: 99%
“…L'enqubte men& par Lustenader et Staub (1964) aupri?s d'un grand nombre de services Blectriques &vi!le que ce coefficient se trouve effectivement &duit de moiti6 pour des unites en exploitation. De plus comme le soulignent Mickels et al (1979), la pellicule d'eau et l'en-crassement en surface interne contribuent pour au-dela de 70% de la resistance thermique totale de ces unitts, alors que la paroi des tubes compte uniquement pour 2%. ceci en d6pit des grandes variations dans la conductivitt thermique des alliages disponibles.…”
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