38. Chemical latent heat for transport of nuclear energy over long distances

Schulten, R.; Decken, C.B. von der; Kugeler, Kurt; Barnert, H.

doi:10.1680/htrapa.00049.0043

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Eva-adam1

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1977

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“…Familiarity with this reaction makes it a practical bAbbreviation key: F = plant capacity factor; C = $/ton of coal; P = $/bbl residual oil; G = $/bbl distillate. The nuclear steam-methane chemical heat pipe, connnonly known as EVA-ADAM, was first developed in West Germany, at the Nuclear Research Facility in J~lich, 45 where significant research has been conducted with helium-heated steam-methane reformers. This sysLem is based on the reversible steam-methane reaction:…”

Section: Eva-adammentioning

confidence: 99%

Assessment of very high-temperature reactors in process applications. Appendix II. VHTR process heat application studies

Jones¹,

Gambill²,

Cooper³

et al. 1977

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This report was prepared as an account of work sponsored by the United S tates G o vernment. Neither the United States nor the Energy Research and Dev elo pm ent Adm1n istrat1on/ Un ited States Nuclear Regulatory Commiss ion. nor any o f th e ir employees. nor any of their contrac tors. subco ntrac tors, or their employees. makes ; any warranty. express or implied. or assumes any legal liabil ity or responsibility fo r th e accuracy. c ompleteness or usefulness of any information. apparatus. produ c t or I ~process disc losed. or represents that its use would not infringe privately own ed rigrts J • ORNL/TM-5410

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Section: Eva-adammentioning

confidence: 99%