ustalenie parametru układu przestrzennego instalacji |
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Lo |
3247,54 |
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H |
558,8 |
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Hmin = 1186 |
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H obliczone = 558,79 |
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ξ= |
5,81 |
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2.określenie kinetycznego cięzaru własciwego |
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ym = 17 gdy ξ≤5,1 |
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γm= |
16,48 |
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ym1= |
17 |
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3. koncentracja objętosciowa mieszaniny podsadzkowej |
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γkp= |
26 |
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c= |
0,41 |
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4. objętosc podsadzki w 1m3 mieszaniny (współ efektywnosci podsadzania) |
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ρ= |
0,544 |
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5. stosunek wody do objętosci usypowej mat podsadzanego w mieszaninie |
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1,83 |
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6. wyznaczenie jednostkowych rozporządzalnych strat energii przepływu mieszaniny w rurociągu |
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η= |
0,81 |
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Ik= |
0,230 |
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7. określenie predkosci roboczej przebływy mieszaniny podsadzkowej ( p+ k50) w rurociągu D = 150 |
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Vrb150= |
2,61 |
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8. określenie predkosci roboczej przebływy mieszaniny podsadzkowej ( p+ k50) w rurociągu D = 185 |
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S150= |
0,0177 |
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S185= |
0,0269 |
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Vrb185= |
1,71 |
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9. okreslenie prędkosci krytycznej przepływu mieszaniny podsadzkowej (p+k50) w rurociągu |
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d= |
50,00 |
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Vkryt= |
5,12 |
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10. określenie współczynnika pewnosci ruchu mieszaniny podsadzkowej (p+k50) |
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w rurociągu D=150 |
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M150= |
0,51 |
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11. określenie współczynnika pewnosci ruchu mieszaniny podsadzkowej (p+k50) |
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w rurociągu D=150 |
D=185 |
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M185= |
0,33 |
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12. natęrzenie przepływu wody |
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Qm= |
165,70 |
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13.wydajność instalacji podsadzkowej |
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Qp= |
90,09 |
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14. okreslenie czasu podsadzania |
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V= |
772,80 |
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Tp= |
8,58 |
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15.wyznaczenie jednostkowych rozporządzalnych strat energii wody w rurociagu |
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Iew= |
0,17 |
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16.predkosc wody w rurociągu o srednicy D=150 |
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Vw150= |
6,34 |
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17.przepływ wody w rurociągu o srednicy D= 185 |
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Vw185= |
4,17 |
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18.określenie czasu płukania instalacji |
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minuty |
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L185= |
1834,50 |
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L150= |
2579,20 |
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aw= |
1,15 |
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tp= |
16,23 |
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19. określenie ilosci wody dopłukania instalacji |
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Qw= |
0,11 |
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20. określenie xałkowitej ilosci wody do płukania instalacji |
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Qwc= |
1,82 |
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