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Combined cycle district heating power plant
350 MWe/250 MWth combined cycle. Single shaft |
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Pöyry websites
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District heating Plant "Mitte", Salzburg, Austria
80 MWe/120 MWth combined cycle power plantwith 2-pressure heat recovery boiler, heavy
fuel fired stand-by boiler, basic design, technical
specification, EIS documents, assistance during
permitting phase, preparation of tender docu-
ments, tender evaluation, overall coordination
and elaboration of detailed solutions, acceptance
tests, 1993-2003
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Naistenlahti combined cycle power plant, Tampere,
Finland
127 MWe/140 MWth (DH), HSRG supplementaryfired, gas turbine + existing steam turbine
Fuels: natural gas and LFO
Project management, feasibility studies, conceptual
design, procurement services for gas turbine
and HRSG, process engineering, water treatment
engineering and procurement, plant layout, auto-
mation and electrical engineering and procurement,
piping design, structural design, HVAC engineering,
house electrification basic design, time scheduling
services, GT plant maintenance procurement, 2000
Detailed project description (PDF 2460 kB)
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Kymenso Oy, Anjalankoski power plant, Finland
75 MWe/220 t/h steam combined cycle, HRSG freshair and supplementary fired gas turbine + existing
steam turbine
Fuels: natural gas and LFO
Conceptual design, basic engineering, project manage-
ment, procurement services for gas turbine and HRSG,
process engineering, plant layout, electrical engineer-
ing, 1997-2000
Detailed project description (PDF 848 kB)
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Kirkniemi combined cycle power plant, Finland
110/115 MWe, 115/170 MWth combined cycle,frame 6FA gas turbine with DLN combustion, HRSG
with supplementary and fresh air firing, process
extraction/ condensing steam turbine
Fuels: natural gas and LFO
Feasibility studies, conceptual engineering, main
process engineering, procurement services for gas
turbine, HRSG and steam turbine, architectural
design, automation consulting services and GT plant
maintenance specifications, 1997
Detailed project description (PDF 2674 kB)
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Nokian Lämpövoima Oy, Combined Cycle Power
Plant, Tampere, Finland
65 MWe/60 MWth, frame 6B gas turbine with DLNcombustion, HRSG with two steam pressure levels
and supplementary firing, extraction/condensing
steam turbine
Fuels: natural gas and LFO
Project management, feasibility studies, procurement
services for gas turbine, HSRG, steam turbine and
auxiliaries, process and conceptual design, auto-
mation engineering, piping design, plant layout,
general training and GT plant maintenance specific-
ations, 1996-1997
Detailed project description (PDF 2004 kB)
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Enso Española SA, Combined cycle power plant, Castellbisbal, Spain
50 MWe/25 MWth, LM6000 gas turbine with DLEcombustion, HRSG with ambient air firing, extraction/
condensing steam turbine, hybrid cooling tower plant,
chilling plant for gas turbine inlet air cooling.
Fuel: natural gas
Project management, feasibility studies, conceptual
design, procurement services, process engineering,
water treatment engineering, plant layout, automation
engineering, automation detailed design and super-
vision, electrical engineering, piping design, structural
design, HVAC engineering, house electrification basic
design, permits and licences, architectural design,
time scheduling services, site supervision, general
training, acceptance tests and GT plant maintenance
procurement, 1996
Detailed project description (PDF 2659 kB)
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Jandar combined cycle power plant,
Syrian Arab Republic
700 MWe combined cycle power plant, 4x118MWe MW701 gas turbines, 2 x 114 MWe condensing
steam turbine, air cooled condenser
Fuels: natural gas, refinery gas and fuel oil
Complete project management and implementation
supervision of turnkey delivery: design, engineering,
manufacturing and assembly. Civil works, erection,
commissioning, test runs, guarantee period, train-
ing, 1995
Detailed project description (PDF 1562 kB)
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Mussalon Höyryvoima Oy, Combined cycle power plant,
Kotka, Finland
65 MWe (+25 MW increase in the existing steamturbine), repowering/condensing, heat recovery
steam generator, V64.3 gas turbine
Fuels: natural gas and oil
Project management, feasibility study, conceptual
engineering, process engineering, plant layout,
piping design, automation and electrical engin-
eering, procurement services, HVAC engineering,
maintenance engineering, structural engineering,
scheduling and acceptance tests, 1994
Detailed project description (PDF 1120 kB)
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Laminating Papers Ltd, Kotka combined cycle
power plant, Kotka, Finland
72 MWe/36 kgsteam/S, repowering/cogeneration,heat recovery steam generator, frame 6 gas
turbine, back pressure steam turbine
Fuels: natural gas and oil
Feasibility study, conceptual engineering,
procurement services for gas turbine, HSRG
and steam turbine, process engineering, plant
layout, piping design, procurement services,
installation supervision, training, performance
tests and GT plant maintenance procurement,
1991-1993
Detailed project description (PDF 1555 kB)
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Lielahti Combined Cycle Power Plant,
Tampere, Finland
Basic design point: 114 MWe/113 MWthFull supplementary firing: 134 MWe/153 MWth
Cogeneration, combined cycle district heating,
two heat recovery steam generators, two frame
6 gas turbines, DH back-pressure steam turbine
Fuels: natural gas and oil
Project management, feasibility study, conceptual
engineering, process engineering, procurement
services for gas turbine, HRSG and steam turbine,
plant layout and piping design, automation and
electrical engineering, water treatment, procure-
ment planning, procurement services, HVAC engin-
eering, maintenance engineering, structural engin-
eering, scheduling and performance tests, 1988
Detailed project description (PDF 1183 kB)