Pressurized Water Reactor: Difference between revisions
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{{seealso|Nuclear power reconsidered}} | {{seealso|Nuclear power reconsidered}} | ||
A '''Pressurized Water Reactor''' is a type [[nuclear power]] reactor in which the heat of fission affects water in a primary loop, which is piped to a heat exchanger that generates steam in a secondary loop that drives the turbine; water in the primary but not the secondary loop is [[radioactivity|radioactive]]. While it is larger and more mechanically complex than a [[Boiling Water Reactor]], it is easier to maintain because the turbines and associated equipment do not become radioactive. | A '''Pressurized Water Reactor''' is a type [[nuclear power]] reactor in which the heat of fission affects water in a primary loop, which is piped to a heat exchanger that generates steam in a secondary loop that drives the turbine; water in the primary but not the secondary loop is [[radioactivity|radioactive]]. While it is larger and more mechanically complex than a [[Boiling Water Reactor]], it is easier to maintain because the turbines and associated equipment do not become radioactive. | ||
Revision as of 10:26, 24 October 2021
- See also: Nuclear power reconsidered
A Pressurized Water Reactor is a type nuclear power reactor in which the heat of fission affects water in a primary loop, which is piped to a heat exchanger that generates steam in a secondary loop that drives the turbine; water in the primary but not the secondary loop is radioactive. While it is larger and more mechanically complex than a Boiling Water Reactor, it is easier to maintain because the turbines and associated equipment do not become radioactive.