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.CifSYCstcms, Jnc. equation: where m =3.76x10IN (5) mH 2 mH2 = flow rate of H2 generated, kg/h Water Flow for Electrolysis The flow rate of water decomposed electrochemically can be calculated as a function of current by the equation: where mH20 = 3.36 x 10-4IN (6) mH20 = flow rate of water consumed, kg/h Water Flow for Humidification The quantity of water carried from the cell via the humidified gas products can be calculated by the equation: where IH20(humid) mH2 m02 WH 2 WO = H20 loss rate via humid gases, kg/h (lb/hr) = flow rate of H2, kg/h (ib/hr) = flow rate of 02' kg/h (lb/hr) = specific humidity ratio, kg H20/kg dry H2 (lb H20/lb dry H2) = specific humidity ratio, kg H20/kg dry 02 (lb H20/lb dry 02) iH20(humid) = IH2 WH2 + 0 2 W2 (7) 2 The specific humidity ratio of the gases is: where M P(g) wv W= Pv (8!) gMgP(g)- (g) W = specific humidity ratio of gas (02 or H2) M =molecularweightofwater 20PDF Image | WATER ELECTROLYSIS MODULE
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