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End of two-phase relief

A void fraction, a, should be calculated using the methods above, and with the superficial velocity, jg, calculated from equation (A3.2). This void fraction represents the final void fraction in the reactor at the end of two-phase venting. Thus [Pg.150]

The prediction of the beginning or end of two-phase relief is carried out as follows ... [Pg.146]

End of two-phase relief for relief system sizing purposes... [Pg.148]

In order to predict the end of two-phase relief, the superficial velocity should be calculated based on the rate of depressurisation by the pressure relief system. (The size of the relief system will have to be known or guessed at this stage). [Pg.148]

See other pages where End of two-phase relief is mentioned: [Pg.146] [Pg.146] [Pg.147] [Pg.147] [Pg.150] [Pg.158] [Pg.146] [Pg.146] [Pg.147] [Pg.147] [Pg.150] [Pg.158] [Pg.133] [Pg.144] [Pg.144] [Pg.170] [Pg.976] [Pg.78] [Pg.976] [Pg.125] [Pg.502]