hydrogen production from water using solar cells powered nafion ...
hydrogen production from water using solar cells powered nafion ...
hydrogen production from water using solar cells powered nafion ...
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Stream5;<br />
Table B.5. Stream 5<br />
Species % of gases ml/min at 298K mol/min gr/min<br />
O2 (N) 0.484 1.09 4,49E-05 1,44E-03<br />
H2 (M) 96.4 218.8 8,95E-03 1,79E-02<br />
H2O gas (L) 3.13 7.10 2,91E-04 5,23E-03<br />
Sum 100 227 9,28E-03 2,46E-02<br />
Since there is no <strong>water</strong> accumulation in the liquid gas separator mass flow of<br />
stream2 is equal to sum of stream 5 and 6.<br />
Stream2;<br />
Table B.6. Stream 2<br />
Species %of gases ml/min at 314.6K mol/min gr/min<br />
O2 (N) 0.46175 1.15 4,49E-05 1,44E-03<br />
H2 (M) 91.88825 230.9 8,95E-03 1,79E-02<br />
H2O gas (A) 7.65 19.2 7,45E-04 1,34E-02<br />
Gas Phase Sum 100 251.4 9,74E-03 3,27E-02<br />
H2O liquid (B) --- 0.74 4,15E-02 7,48E-01<br />
Total sum --- 252.1 5,13E-02 7,81E-01<br />
Stream4;<br />
Table B.7. Stream 4<br />
Species % of gases ml/min at 298K mol/min gr/min<br />
O2 (K) 96.386 110 4,50E-03 1,44E-01<br />
H2 (J) 0.484 0.55 2,30E-05 4,50E-05<br />
H2O (I) 3.13 3.58 1,46E-04 2,63E-03<br />
Sum 100 114.13 4,67E-03 1,47E-01<br />
80