Page 245 - Sustainability in the Process Industry Integration and Optimization

222 Cha p te r T e n

CP [kW/°C]
40.0° 99.7° 190.0° 337.0°
C3 E2 E1 H1 100
5970 kW
160.0° 220.0°
E4 H2 160
60.0° 88.0° 220.0°
C6 E5 H3 50
45.0° 118.55° 160.0°
C10 E7 H4 190

100.0° 247.0° 300.0°
C1 H8 100
35.0° 14700 kW 5300 kW 164.0°
C2 70
80.0° 9030 kW 125.0°
C3 175
7875 kW
60.0° 170.0°
C4 60
6600 kW
140.0° 188.0° 300.0°
C5 H9 200
9600 kW 22400 kW
FIGURE 10.3 Calculated grid diagram for Problem 1.

Load-shift path
CP [kW/°C]
40.0° T H12 T H11 337.0°
C3 E2 E1 H1 100
Q C3
160.0° 220.0° 160
E4 H2
88.0°
60.0° 220.0°
C6 E5 H3 50
1400 kW
118.55°
45.0° 160.0° 190
C10 E7 H4
13984 kW
100.0° T 300.0° 100
C1 C11 H8
Q E1 Q H8
T =35.0°° T C2,out =164.0° 70
C2 C2,in
80.0° 9030 kW 125.0° 175
C3
60.0° 7875 kW 170.0°
C4 60
6600 kW
140.0° 188.0° 300.0°
C5 H9 200
9600 kW 22400 kW
FIGURE 10.4 The load-shift path identifi ed for Problem 1.