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51315-5659-Electrochemical Characterization of High Alloyed Materials in Molten Salts for Solar Energy Applications

Picture for Electrochemical Characterization of High Alloyed Materials in Molten Salts for Solar Energy Applicat
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Product Number: 51315-5659-SG
ISBN: 5659 2015 CP
Author: Ralph Baessler
Publication Date: 2015
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$20.00
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Within the last years the use of feasible alternative energy source has risen and is going to replace fossil fuel supply more and more. Nevertheless service conditions in solar facilities are due to the chemical composition of heat transmission media and temperatures in many cases extreme in terms of corrosion. Since the construction of power plants shall be economical with maximum life service materials selection based on preliminary material qualification is essential to guarantee a secure and reliable operation of those facilities.The materials selection depends on the operation temperature of a power plant respectively on the chemical composition of the used transmission fluid. In high corrosive environments Ni-based alloys are often used as all-round solution not only for the construction of corrosion resistant parts because of its good corrosion properties. But there might be limits for the use regarding their corrosion behavior with which this contribution deals.Experiences from the electrochemical characterization of materials in aqueous solutions are transferred to molten salts providing a good addition to common exposure tests at temperatures from 450°C to 600°C.Within this publication an approach to characterize the suitability of high alloyed materials in molten nitrate salt (60%NaNO3/40%KNO3) obtained by means of electrochemical measurements and exposure tests will be presented. The method will be verified on different Ni-based alloys(alloy800H 1.4876 alloy600 2.4616) and Titanium Grade1(3.7025).Current research will result in establishing an electrochemical method at temperatures up to 600°C.
Within the last years the use of feasible alternative energy source has risen and is going to replace fossil fuel supply more and more. Nevertheless service conditions in solar facilities are due to the chemical composition of heat transmission media and temperatures in many cases extreme in terms of corrosion. Since the construction of power plants shall be economical with maximum life service materials selection based on preliminary material qualification is essential to guarantee a secure and reliable operation of those facilities.The materials selection depends on the operation temperature of a power plant respectively on the chemical composition of the used transmission fluid. In high corrosive environments Ni-based alloys are often used as all-round solution not only for the construction of corrosion resistant parts because of its good corrosion properties. But there might be limits for the use regarding their corrosion behavior with which this contribution deals.Experiences from the electrochemical characterization of materials in aqueous solutions are transferred to molten salts providing a good addition to common exposure tests at temperatures from 450°C to 600°C.Within this publication an approach to characterize the suitability of high alloyed materials in molten nitrate salt (60%NaNO3/40%KNO3) obtained by means of electrochemical measurements and exposure tests will be presented. The method will be verified on different Ni-based alloys(alloy800H 1.4876 alloy600 2.4616) and Titanium Grade1(3.7025).Current research will result in establishing an electrochemical method at temperatures up to 600°C.
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ISBN: 7363 2016 CP
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Due to the composition of heat transmission media and temperatures, service conditions in solar facilities are, in many cases, extreme in terms of corrosion. By electrochemical measurements and exposure tests, the suitability of two alloys - X8NiCrSi38-18() and NiCr25FeAlYB - in molten nitrate salt (60 % NaNO3/40 % KNO3) was characterized at 600 °C.
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51316-7494-Effect of Chloride Content on The Corrosion Behavior of Ferritic and Austenitic Steels in Molten Solar Salts

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51316-7824-Hot Corrosion of Nickel-Chromium Alloys in a Molten Eutectic Salt Environment

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