Design og modellering af metanolanlæg til VEnzin-visionen Bilag
Design og modellering af metanolanlæg til VEnzin-visionen Bilag Design og modellering af metanolanlæg til VEnzin-visionen Bilag
17.126 GASCOOL2 Gas cooler with outlet for condensed water. The pinch point temperature is set as a parameter. The component checks if the pinch point is at the inlet or outlet - or where the condensation starts. If the cooling medium evaporates the component also checks if the pinch point is where the evaporation starts. 17.126.1 Nodes Number of nodes: 5 1. Hot gas inlet (Internal Number: -4) : any gas (I/V) 2. Hot gas outlet (Internal Number: -4) : any gas (I/V) 3. Condensate outlet (Internal Number: 97) : water for gas app (C) 4. Coolant inlet (Internal Number: -3) : any fluid (I/V) 5. Coolant outlet (Internal Number: -3) : any fluid (I/V) 17.126.2 Parameters Number of parameters: 3 1. Pressure loss side 1: ∆p [bar] 2. Pressure loss side 2: ∆p [bar] 3. Pinch point temperature diffence 17.126.3 Equations Number of equations: 52 1. – 2. – 3. – 4. – 5. – 6. – 454
7. – 8. – 9. – 10. – 11. – 12. – 13. – 14. – 15. – 16. – 17. – 18. – 19. – 20. – 21. – 22. – 23. – 24. – 25. – 26. – 27. – 28. – 29. – 30. – 31. – 455
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17.126 GASCOOL2<br />
Gas cooler with outlet for condensed water. The pinch point temperature is<br />
set as a parameter. The component checks if the pinch point is at the inlet or<br />
outlet - or where the condensation starts. If the cooling medium evaporates<br />
the component also checks if the pinch point is where the evaporation starts.<br />
17.126.1 Nodes<br />
Number of nodes: 5<br />
1. Hot gas inlet (Internal Number: -4) : any gas (I/V)<br />
2. Hot gas outlet (Internal Number: -4) : any gas (I/V)<br />
3. Condensate outlet (Internal Number: 97) : water for gas app (C)<br />
4. Coolant inlet (Internal Number: -3) : any fluid (I/V)<br />
5. Coolant outlet (Internal Number: -3) : any fluid (I/V)<br />
17.126.2 Parameters<br />
Number of parameters: 3<br />
1. Pressure loss side 1: ∆p [bar]<br />
2. Pressure loss side 2: ∆p [bar]<br />
3. Pinch point temperature diffence<br />
17.126.3 Equations<br />
Number of equations: 52<br />
1. –<br />
2. –<br />
3. –<br />
4. –<br />
5. –<br />
6. –<br />
454