Another way to reduce the size of a reactor containment building is to add a suppression pool (see..

Another way to reduce the size of a reactor containment
building is to add a suppression pool (see Section 16.11) to the containment
building. The water from the suppression pool absorbs some of the energy from a
LOCA, and because less energy is available to expand the resulting air–steam
mixture, the peak temperature and pressure in the containment building are much
lower than they would ordinarily be. Suppose for a moment that a BWR
containment building without a suppression pool has an internal volume of
50,000 m3, a peak design pressure of 50 PSI, and a peak design temperature of
150°C. Adding the suppression pool reduces the peak design temperature to
100°C. If the suppression pool is very small (on the order of 1000 m3 ), by
what percentage can the total volume of the containment building be reduced if
the suppression pool is used?

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