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  1. jchan11hk

    Solar Receiver for a Molten Salt CSP plant

    @MJCronin, agreed with you on this, so all the stresses in ASME I should be considered. Isn't the limitation of ASME I is water/steam boiler, which should be exposed to fire? Also, the medium does not change phases from liquid to gas. Or PG-2.4 applies?
  2. jchan11hk

    Solar Receiver for a Molten Salt CSP plant

    Ahh, sorry I forgot to mention, yes, those tubes at the receiver is going to be Ni-alloy and the main piping for molten salt to the tanks should be P91. I supposed there are no set of rules or general consensus on using one approach, right?
  3. jchan11hk

    Solar Receiver for a Molten Salt CSP plant

    I am in South Africa, and our system is very similar to PED. I also thought ASME VIII Div 1 is applicable, but if they want to do Design by Analysis, then I think I should be okay with ASME VIII Div 2.
  4. jchan11hk

    Solar Receiver for a Molten Salt CSP plant

    Receiver schematic https://files.engineering.com/getfile.aspx?folder=13a8187f-c65c-41f9-8a59-d4f7f4bda7a0&file=Receiver_Schematics.PNG
  5. jchan11hk

    Solar Receiver for a Molten Salt CSP plant

    Hi fellow engineers, My company is developing solar CSP as Independent Power Producer, this CSP plant is the one that has mirrors on the ground and a receiver at the top of the tower and the medium is molten salt. I have a question of the solar receiver on top of the tower. In my country...

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