2004 kW Jenbacher JMS 612 GS-N.L Cogeneration PlantJENBACHER
JMS 612 GS-N.L.
2004 kW Jenbacher JMS 612 GS-N.L Cogeneration Plant
JENBACHER
JMS 612 GS-N.L.
Condition
Used
Location
Portugal 

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Machine data
- Machine type:
- 2004 kW Jenbacher JMS 612 GS-N.L Cogeneration Plant
- Manufacturer:
- JENBACHER
- Model:
- JMS 612 GS-N.L.
- Condition:
- used
Price & Location
- Location:
- Portugal

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Details about the offer
- Listing ID:
- A19886270
- Reference number:
- RG1040
- Update:
- 24.09.2025
Description
Used Jenbacher JMS 612 GS-N.L Gas-Powered CHP Plant
Bdedpfew T Rg Tjx Agcek
Manufactured in 2011, this combined heat and power (CHP) plant is currently configured for tri-generation — producing cooling, heating, and power within a single integrated process. Cooling is achieved via absorption chillers.
Technical Specifications:
Electrical output: 2,004 kWel
Thermal output: 4,551 kWt
Fuel consumption: 479 Nm³/h of natural gas
Gas flow rate: 2.79 kg/s
Exhaust gas temperature: 410 °C
Engine speed: 1,500 rpm
Inlet air temperature: Ambient +10 °C
Frequency: 50 Hz
Voltage: 6,300 V
Included Equipment:
Heat Recovery Boiler — Water tube design; gas flow 2.79 kg/s; inlet temperature 410 °C; outlet temperature 120 °C; water outlet 101 °C; water inlet 90 °C; recovery capacity 953 kWt.
Absorption Chiller — Refrigeration capacity 1,000 kWt; hot water flow 78.5 m³/h.
Plate Heat Exchanger — Constructed from 316 stainless steel; designed for producing hot process water using hot water recovered from the boiler.
Air Cooler — Ensures stable engine operation and optimized thermal efficiency.
Cooling Tower — Supports effective heat dissipation for continuous tri-generation performance.
More technical details, drawings, and operational data are available upon request.
Bdedpfew T Rg Tjx Agcek
Manufactured in 2011, this combined heat and power (CHP) plant is currently configured for tri-generation — producing cooling, heating, and power within a single integrated process. Cooling is achieved via absorption chillers.
Technical Specifications:
Electrical output: 2,004 kWel
Thermal output: 4,551 kWt
Fuel consumption: 479 Nm³/h of natural gas
Gas flow rate: 2.79 kg/s
Exhaust gas temperature: 410 °C
Engine speed: 1,500 rpm
Inlet air temperature: Ambient +10 °C
Frequency: 50 Hz
Voltage: 6,300 V
Included Equipment:
Heat Recovery Boiler — Water tube design; gas flow 2.79 kg/s; inlet temperature 410 °C; outlet temperature 120 °C; water outlet 101 °C; water inlet 90 °C; recovery capacity 953 kWt.
Absorption Chiller — Refrigeration capacity 1,000 kWt; hot water flow 78.5 m³/h.
Plate Heat Exchanger — Constructed from 316 stainless steel; designed for producing hot process water using hot water recovered from the boiler.
Air Cooler — Ensures stable engine operation and optimized thermal efficiency.
Cooling Tower — Supports effective heat dissipation for continuous tri-generation performance.
More technical details, drawings, and operational data are available upon request.
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