Role of Headspace Environment for Phase Change Carbonates on the Corrosion of Stainless Steel 316l: High Temperature Thermal Storage Cycling in Concentrated Solar Power Plants

Yanting Yin,Raihan Rumman,Madjid Sarvghad,Stuart Bell,Teng-Cheong Ong,Rhys Jacob,Ming Liu, Ross Felwell-Smith, Shane Sheoran,John Severino,Martin Belusko,Frank Bruno,Geoffrey Will,Ted Steinberg,David A. Lewis,Gunther G. Andersson

Social Science Research Network（2022）

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摘要

The mechanisms leading to corrosion in stainless steel containments for thermal energy storage through phase change materials, such as carbonates and chlorides, are crucial for understanding the degradation of these steel alloys. A comprehensive study of this area will allow for down-selection of materials suitable for solar thermal energy storage (TES) operation at an elevated temperature range.

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关键词

stainless steel 316l,phase change carbonates,corrosion,thermal storage cycling

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