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Table 1 Composition of product gas from methanol-to-propylene device
[
3
]
Fig.1
Schematic diagram of sequential separation technique (C
3
H
8
as absorbent)
Fig.2
Schematic diagram of front-end depropanization separation technique (C
3
H
8
as absorbent)
Fig.3
Schematic diagram of front-end deethanizer separation technique (C
3
H
8
as absorbent)
Table 2 Utility consume of sequential separation, front-end depropanizer and front-end deethanizer processes (C
3
H
8
as absorbent)
Fig.4
Comparison of standard fuel oil consumption in sequential separation, front-end depropanizer and front-end deethanizer processes (C
3
H
8
as absorbent)
Fig.5
Schematic diagram of sequential separation technique (C
4S
as absorbent)
Fig.6
Schematic diagram of front-end depropanizer separation technique (C
4S
as absorbent)
Fig.7
Schematic diagram of front-end deethanizer separation technique (C
4S
as absorbent)
Table 3 Utility consume of sequential separation, front-end depropanizer and front-end deethanizer processes (C
4S
as absorbent) (clear cutting rectification)
Fig.8
Comparison of standard fuel oil consumption in sequential separation, front-end depropanizer and front-end deethanizer processes(C
4S
as absorbent) (clear cutting rectification)
Fig.9
Standard fuel oil consumption of separation section using C
3
H
8
and C
4S
as absorbent individually
Fig.10
Schematic diagram of front-end deethanizer separation process (C
4S
as absorbent, non-clear cutting)
Table 4 Utility consume of front end de-deethanizer (C
4S
as absorbent)
Fig.11
Comparison of fuel oil consumption of front-deethanizer process (clear cutting and non-clear cutting)
Fig.12
Thermally coupled non-clear cutting process of front-end deethanizer separation technique (C
4S
as absorbent)
Table 5 Utility consume of thermally coupled front-end deethanizer separation technique (C
4S
as absorbent)
Fig.13
Comparison of standard fuel oil consumption in conventional and thermally coupled for non-clear cutting front-end deethanizer separation
Fig.1
Main structural drawing of coaxial PTC
Fig.2
Acoustic impedance diagram of PTC
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