Magnox

E885275

Magnox is an early-generation British gas-cooled, graphite-moderated nuclear reactor design that used natural uranium metal fuel clad in a magnesium-aluminium alloy.

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Statements (51)

Predicate Object
instanceOf gas-cooled reactor
graphite-moderated reactor
nuclear reactor design
claddingLimitation poor corrosion resistance in water
claddingMaterial magnesium-aluminium alloy
claddingName Magnox alloy NERFINISHED
controlMechanism control rods inserted into graphite moderator
coolant carbon dioxide gas
countryOfOrigin United Kingdom
decommissioningStatus all Magnox power stations shut down
deploymentCountry Italy NERFINISHED
Japan NERFINISHED
United Kingdom NERFINISHED
designedForFuelReprocessing true
designedForUseWithReprocessingPlants true
designedFuelBurnup low burnup compared to modern reactors
developer United Kingdom Atomic Energy Authority NERFINISHED
firstCommercialStation Calder Hall GENERATED
firstCommercialStationCountry United Kingdom GENERATED
firstGridConnectionYear 1956 GENERATED
fuel natural uranium metal
fuelCoolingRequirement air-cooled fuel storage due to cladding corrosion in water
fuelCycle once-through with reprocessing option
fuelEnrichment unenriched uranium
fuelForm metallic uranium
fuelHandling remote fuel handling with shielded facilities
generation early generation nuclear reactor
heatTransferSystem CO2 gas circulators and boilers
historicalSignificance first commercial-scale nuclear power reactor design in the UK
moderator graphite
nameEtymology derived from "magnesium non-oxidising" referring to cladding
neutronSpectrum thermal
notableStation Calder Hall NERFINISHED
Chapelcross NERFINISHED
Oldbury NERFINISHED
Wylfa NERFINISHED
operatingTemperatureLimit limited by Magnox cladding properties
pressureVesselType pre-stressed concrete pressure vessel
steel pressure vessel
primaryUse electricity generation
reactorTypeFamily gas-cooled reactor family
refuelingMethod on-load refuelling
online refuelling
safetyFeature large graphite moderator thermal inertia
low power density core
secondaryUse plutonium production
steamCycle indirect steam cycle using gas-to-water heat exchangers
successorDesign Advanced Gas-cooled Reactor NERFINISHED
thermalEfficiency relatively low compared to later reactor designs
typicalContainment reactor building with biological shielding GENERATED
typicalElectricalOutputRange 50–500 MWe

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Hinkley Point nuclear power stations reactorType Magnox
subject surface form: Hinkley Point A nuclear power station