High Temperature Gas-cooled Reactor

GPTKB entity

Predicate	Object
gptkbp:instanceOf	gptkb:nuclear_reactor
gptkbp:abbreviation	HTGR
gptkbp:can_be_used_for_cogeneration	yes
gptkbp:can_produce_hydrogen	yes
gptkbp:can_provide_process_heat	yes
gptkbp:can_use_thorium_fuel_cycle	yes
gptkbp:coolant_pressure	high pressure
gptkbp:coolingSystem	helium gas
gptkbp:country_with_operating_HTGR	gptkb:China gptkb:Germany gptkb:Japan gptkb:South_Africa gptkb:United_States
gptkbp:developedBy	gptkb:Germany gptkb:United_States 1960s
gptkbp:example_reactor	gptkb:Fort_St._Vrain HTR-10 HTR-PM Peach Bottom Unit 1 THTR-300
gptkbp:features	passive safety
gptkbp:fuel_burnup	high
gptkbp:fuel_containment	ceramic coating graphite matrix
gptkbp:fuel_element_shape	pebble bed prismatic block
gptkbp:fuel_enrichment	low-enriched uranium
gptkbp:fuelType	uranium dioxide uranium carbide
gptkbp:modulatedBy	graphite
gptkbp:operatingSystem	700–950°C
gptkbp:primaryUse	electricity generation hydrogen production process heat
gptkbp:proliferation_resistance	high
gptkbp:shutdown_method	control rods insertion of neutron absorbers
gptkbp:technology	gptkb:Pebble_Bed_Modular_Reactor gptkb:Gas-cooled_Fast_Reactor gptkb:Very_High_Temperature_Reactor gptkb:Advanced_Gas-cooled_Reactor
gptkbp:thermal_efficiency	high
gptkbp:type	graphite-moderated
gptkbp:uses_fuel_form	gptkb:TRISO_fuel
gptkbp:waste_production	low
gptkbp:bfsParent	gptkb:Very_High_Temperature_Reactor
gptkbp:bfsLayer	7
https://www.w3.org/2000/01/rdf-schema#label	High Temperature Gas-cooled Reactor