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VHTR very high temperature

Reactor type LWR (Light Water Reactor), VHTR (Very High Temperature Gas Reactor), SFR (Sodium Fast Reactor), SCWR (Supercritical Water Reactor). [Pg.59]

VHTR Very high temperature gas-cooled reactor... [Pg.88]

Figure 10.1 2013 Generation-IV International Forum Roadmap—viability, performance, and demonstration phases. GFR, gas-cooled fast reactor LFR, lead-cooled fast reactor MSR, molten salt reactor SCWR, supercritical water reactor SFR, sodium-cooled fast reactor VHTR, very-high—temperature reactor. Figure 10.1 2013 Generation-IV International Forum Roadmap—viability, performance, and demonstration phases. GFR, gas-cooled fast reactor LFR, lead-cooled fast reactor MSR, molten salt reactor SCWR, supercritical water reactor SFR, sodium-cooled fast reactor VHTR, very-high—temperature reactor.
H3fperion (Gen4 energy) VHTR (Very-High-Temperature Reactor) KALIMER-600 (Korea)... [Pg.468]

VHTR, very high temperature reactor GFR, gas-cooled fast reactor GCR, gas-cooled reacts AGR. advanced gas-cooled reactor CANDU, CANada deuterium uranium SFR, sodium-cooled fast reactcn. ... [Pg.858]

VHTR (very-high-temperature reactor) Thermal Helium Up to 1000 Open 250-300... [Pg.5]

Sulphur-based cycles, such as the sulphur-iodine cycle, take full advantage of the range of temperatures at which the VHTR provides heat. In particular, the oxygen generation step (sulphur trioxide decomposition) requires very high temperature heat (typically T > 800°C), which can only be... [Pg.181]

Furthermore, HEEP will consider several reactor concepts including water reactors such as PWR and PHWR for the lower temperature range, the very high temperature reactors (VHTR), fast breeder reactors (FBR) and molten-salt cooled reactors for the high temperature range, and super-critical water reactor (SCWR) capable of output temperatures up to around 625°C for the medium range of temperature. [Pg.284]

Concerning the coupling to a nuclear heat source the S-I process is the most intensively studied thermochemical cycle. Due to the high temperatures (> 800°C) needed for the H2S04 decomposition, the first choice is to combine it with a very high temperature reactor (VHTR). [Pg.313]

Very high temperature reactor (VHTR), a version of the HTGR ... [Pg.226]

Very High Temperature Reactor (VHTR) Survey of Materials Research and Development Needs to Support Early Deployment, INL/EXT-03-004-141, January 31, 2003. [Pg.59]

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