The exhaust heat exchangers increase heat output of the cogeneration units. These are designed for both natural gas and biogas. The tables below summarize the produced TEDOM exhaust heat exchangers.
Natural Gas
|
Exchanger type
|
heat output (kW)
|
diameter / length (mm)
|
optimized for (engine type)
|
|
SV-N-T12
|
99
|
273 / 3 039
|
TEDOM TG130
|
|
SV-N-L23
|
143
|
356 / 3 673
|
Liebherr G946
|
|
SV-N-T20
|
150
|
356 / 3 038
|
TEDOM TG210
|
|
SV-N-D40
|
226
|
506 / 4 464
|
MWM 2016 V08
|
|
SV-N-L50
|
300
|
530 / 4 008
|
Liebherr G9512
|
|
SV-N-D58
|
345
|
675 / 4 976
|
MWM 2016 V12
|
|
SV-N-D77
|
454
|
675 / 4 944
|
MWM 2016 V16
|
|
SV-N-D120
|
581
|
800 / 5 509
|
MWM 2020 V12
|
|
SV-N-D160
|
804
|
860 / 5 776
|
MWM 2020 V16
|
|
SV-N-D200
|
972
|
995 / 5 718
|
MWM 2020 V20
|
|
SV-N-D300
|
1 779
|
1 400 / 6 350
|
MWM 2032 V12
|
|
SV-N-D400
|
2 342
|
1 550 / 6 500
|
MWM 2032 V16
|
Notes:
- exhaust gas output temperature: 120°C
- material: carbon steel
- pressure loss on the exhaust gas side up to 10 mbar
- inlet fluid temperature: 80°C