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PIONEERING CFBTECHNOLOGY
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FLUIDIZED BED COMBUSTION ISOUR SPECIALTY - ONE THAT WE HAVEPIONEERED FROM THE VERY START
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PIONEERING CFBTECHNOLOGY
CIRCULATING FLUIDIZED BED (CFB) PIONEERSWe have steadily increased unit size and integrated advanced field-proven designfeatures into our CFB technology. Our CFBs first reached small-scale utility application
in 1987 on the 110 MWe Tri-State Nucla power project in the U.S., then went on to the
medium utility scale in 2001 with the 2 x 300 MWe units for the Jacksonville Energy
Authority. Over the 1998-2004 period we delivered six CFB units totaling nearly 1500
MWe for the largest CFB repowering project ever in history - the Turw project in Poland.
Our success has come from a track record of satisfying clients reliability, environmental,
and efficiency goals with innovative technology for converting economical solid fuels
into valuable steam and power. Through our experience of supplying over 520 fluidizedbed units to industrial and utility customers worldwide, we have steadily scaled-up and
improved our technology. Over 385 of these fluidized bed steam generators have been
CFB designs.
Our latest pioneering can be seen in Korean Southern Power Companys (KOSPO)
selection of our most advanced supercritical CFBs to power its Green Power Project in
Samcheok, Korea. This impressive greenfield power facility will ultimately have eight
550 MWe ultra supercritical CFBs at its center surrounded with renewable energy
technologies like wind, solar and hydro power for a total capacity of 5000 MWe.
Looking into the future, we are developing Flexi-Burn carbon capture and storage
technology for our utility CFBs. Flexi-Burn will allow the CFB to operate in either
an economical air fired mode, as all plants do today, or in a carbon capture mode
without requiring significant plant modifications. In the carbon capture mode, the
CFB will produce a carbon dioxide rich flue gas that can be stored underground. The
technology will give power producers the flexibility to operate in either mode depending
on regulation and market conditions.
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PIONEERING CFB TECHNOLOGY
INNOVATIVETECHNOLOGY
SOLUTIONS
THINK GREENLow emissions are a key benefit of our CFB technology allowing them
to meet the strictest environmental standards. Our CFBs stage the
combustion process and operate at low combustion temperatureswhile giving the fuel long burning times, resulting in naturally low
nitrogen oxide (NOx) formation and high combustion efficiency. They
can also capture the fuels sulfur as the fuel burns by using low-cost
limestone and employing selective-non-catalytic-reduction (SNCR)
to achieve very low NOx and sulfur oxide (SOx) emissions in the
most economical way, and in most cases, avoiding add-on pollution
control equipment.
The CFB advantage is particularly highlighted in repowering projects.
SOx and particulate emissions can often be cut by over 90% andNOx emissions by over 50%. Carbon dioxide emissions are often
cut by 25% or more due to the dramatic improvement in boiler and
plant efficiency when older equipment is replaced. For the lowest
emissions, our supercritical, once-through-unit (OTU) CFB technology
can reduce all these emissions another 5-10%, due to its ability to
further increase overall plant efficiency.
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FUEL FLEXIBILITYOur CFB units are capable of firing nearly
all solid fuels - including waste products that
otherwise would have been land-filled - while
maintaining the lowest levels of emissions, and
the highest equipment reliability and efficiency.Our fuel experience is unmatched as proven by
our capability to design units for even the lowest-
quality fuels. Our CFBs give plant owners the
flexibility to source fuel from a number of suppliers
and industries, improving their fuel supply security
while taking advantage of fuels pricing and market
conditions.
Our CFB Fuel Experience(% of operating FW CFB capacity utilizingthese fuels as primary fuel)
Coals70%
Others2%
Lignite 3%
Biomass 9%
Petcoke16%
RELIABILITYOur simple yet advanced CFB designs can achieve
the highest plant availability, proven by over twenty
nine million hours of operational experience, even
after years of operation. Preventative conditions
monitoring, expert maintenance, and rapid-
response repair work - all supplied by our service
teams - help ensure maximum reliability - year after
year.
Our long-term operations and maintenance
support (O&MS) agreements and our innovative
SmartBoiler system (an expanding set of
intelligent analysis and optimization tools for
enhancing plant operation and maintenance) are
available to increase your plants availability even
further.
ilizin
B designs
oven
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UTILITY CFBsWHAT STARTED OFF AS A SOLUTION FOR HARD-TO-BURN FUELS HAS BECOME A MAINSTREAM COMBUSTION
TECHNOLOGY FOR UTILITY POWER GENERATION
KOREAN SOUTHERN POWERCOMPANYS GREEN POWER
PLANT IN SAMCHEOK, KOREAFEATURES FOSTER WHEELERSADVANCED 550 MWe ULTRA
SUPERCRITICAL CFBs
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SAMCHEOK GREEN POWER PLANTLocation: Samcheok City, Gang Won Do
KoreaCustomer: Korean Southern Power Co., LStart-Up Year: 2015Capacity: 4 x 550 MWe SupercriticalFuel: Coal, Biomass
PKE: LAGISZA, POLAND
Location: Bedzin, PolandCustomer: Poludniowy KoncernEnergetyczny (PKE),Elektrwnia Lagisza
Start-Up Year: 2009Capacity: 460 MWe SupercriticalFuel: Bituminous Coal
JEA NORTHSIDE REPOWERING PROJ ECTLocation: Jacksonville, FloridaCustomer: Jacksonville Electric AuthorityStart-Up Year: 2001Capacity: 2 x 300 MWeFuel: Bituminous coal and
petroleum coke
UTILITY CFBsGOING SUPERCRITICALWe have taken the next major step forward in advancing our CFB
technology by offering our latest generation of supercritical once-
through steam generation technology, which incorporates Siemens
BENSON vertical-tube evaporator technology for units above 300MWe. This allows us to offer our utility clients all of the benefits
of CFB combustion technology, together with the high efficiency
of supercritical steam technology. This technology can improve
overall plant efficiency by 5-10% compared to conventional natural
circulation steam technology, which translates directly into a 5-10%
reduction in the plants air and ash emissions as well as its fuel and
water needs. When we say a reduction in air emissions, we mean
all air emissions like SOx, NOx, mercury and particulates as well as
greenhouse gases, like carbon dioxide.
As with our conventional natural circulation CFBs, these highly
efficient supercritical units will be equally at home with hard-to-burn
fuels, as well as common utility coals. Supercritical steam technology
burns less fuels and produces significantly lower levels of CO2and
other emissions for each megawatt generated. We have developed a
modular design approach allowing us to offer units up to 800 MWe
in steam capacity.
CFB VALUE FOR UTILITIESOur utility customers have turned to CFBs due to the value they
see in our technology: fuel flexibility, low emissions, and reliability.
Many are seeing value in petroleum coke, lignite, waste coal and
biomass from both an economic and environmental aspect. Our
technology can reliably and cleanly burn these fuels as primary fuels
or in combination with other fuels over the life of the plant, giving
power generators the flexibility to alter their fuel strategies and to take
advantage of fuel market opportunities and changes in environmental
regulation.
Our CFB Fuel Experience(% of operating
FW CFB capacity
utilizing these fuels
as primary fuel)
e
es in en
Coals75%
Oil Shale2%
Lignite4%
Biomass 7%
Petcoke 12%
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UNDISCLOSEDLocation: IndiaCustomer: UndisclosedStart-Up Year: 2014Capacity: 4 x 150Fuel: Pet Coke, Bituminous Coal
NOVOCHERKASSKAYA GRESLocation: Novocherkassk, RussiaCustomer: PJSC EnergoMashinostroiteln
AllianceStart-Up Year: 2012Capacity: 330 MWe SupercriticalFuel: Anthracite & Bituminous Coa
MAO KHE THERMAL POWER PLANTLocation: Quang Ninh Province, VietnamCustomer: Wuhan Kaidi Electric Power Co.Start-Up Year: 2012Capacity: 2 x 220 MWeFuel: Anthracite Coal
Integrated steam- or water-cooled
solid separatorsfor compact unit
design and reducedthermal stress
Low maintenance,highly effectivewing-wall surface forsuperheator evaporative duty
Multi-stagedcombustion air forreduced furnace NOxformation
In-furnace start-upburners for reliable,rapid start-ups
Proven arrow-headnozzles for reliableoperation, lowmaintenance andexcellent solids mixing
Long-life, thin-walledcooled refractory used inlower furnace and solidseparator system for lowmaintenance and rapid
starts
Integrated water-cooled solids return
leg for compactdesign and low
maintenance
Reliable frontand rear wall low
maintenance gravityfuel feed system
Superheat andreheat surfact
located in INTREXfluidized bed
heat exchangerfor efficient heat
transfer andmaximum coil life
Robust ash removaland cooling system
OUR LARGE-SCALE COMPACT SEPARATOR CFBDESIGN OFFERED UP TO 800 MWe UNIT SIZES
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CLECOLocation: Boyce, LouisianaCustomer: Shaw Group/Cleco Power LLCStart-Up Year: 2009Capacity: 2 x 330 MWeFuel: Petroleum Coke, PRB, Lignite
DOMINION VIRGINIA CITY HYBRIDENERGY CENTERLocation: St. Paul, VirginiaCustomer: Shaw Group/Dominion
Virginia PowerStart-Up Year: 2012Capacity: 2 x 300 MWe
Fuel: High Ash Coal & Wood Waste
SANDOWLocation: Rockdale, TexasCustomer: Bechtel/TXUStart-Up Year: 2009Capacity: 2 x 315 MWeFuel: Texas Lignite
Low maintenancehighly effective wing-
wall surface forsuperheat or
evaporative duty
Multi-stagedcombustion air for
reduced furnaceNOx formation
Reliable frontand rear wall low
maintenance gravityfuel feed system
In-furnace start-upburners for reliable,
rapid start-ups
Proven arrow headnozzles for reliableoperation, lowmaintenance and
excellent solids mixing
Economical on-demand limestone
prep system
Reliable high-capacity fluidized
bed ash cooler
Steam- or water-cooled cyclonesoild separators andcross-over ducts forlow maintenance andreduced thermal stress
Efficient steam-sidebypass reheattemperature control
Modular series back-
pass for reduced fielderection
Long-life thin-walledcooled refractoryused in lowerfurnace, cyclonesand cross-over ductsfor low maintenanceand rapid starts
Proven reliable solidsreturn loop seal
Compactregenerative airheater
OUR MEDIUM-SCALE CYCLONE CFB DESIGNOFFERED AT A NOMINAL 300 MWe UNIT SIZE
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A LEADER ININDUSTRIAL CFBsOUR INDUSTRIAL CIRCULATING FLUIDIZED BED (CFB)
STEAM GENERATORS ARE WELL KNOWN IN THE INDUSTRYFOR THEIR LOW EMISSIONS, RELIABILITY AND LONG LIFE.
Our history of developing innovative combustion
technologies for industry began with our bubbling
fluidized (BFB) steam generators, from which we
developed our advanced robust CFB technology for adiverse range of industrial fuels and energy needs. We
are now a leading supplier of industrial CFB technology,
supplying over 225 units with sizes up to 200 MWe for
industrial applications.
PROVEN EXPERIENCEThe solutions we have provided have been as diverse as
our clients needs. The CFB we supplied to a Swedish
paper mill to convert their waste bark and sludge into
useful steam needed by the mill, as well as the 26petcoke-fired steam generators we delivered to Sinopec
in China, demonstrate our ability to customize units
to meet clients needs. Our industrial boiler designs
have been proven and advanced based on 30 years of
operating experience.
WIDEST FUEL EXPERIENCEMulti-fuel firing is particularly important in industrial
applications where utilizing on-site waste has a high
value. Fuel flexibility is a key factor in unlocking thevalue of these waste streams since both their quality and
volumes can vary on a daily basis. Our CFB technology
has proven itself over the widest range of industrial fuels
Our Industrial Fuel Experience(% of operating industrial FW CFB capacity utilizing
these fuels as primary fuel)
Coals63%
Peat2%
Lignite 1%
Biomass 11%
Petcoke23%
city
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WE OFFER INNOVATIVE AND PROVEN DESIGNFEATURES IN OUR INDUSTRIAL CFB UNITS
Integraged water-cooledsolid separator and returnleg for compact design andelimination of furnace toseparator expansion joints
Sloped superheatand reheat sectionfor reduced ashbuild-up
Passive ash collectiondesign for reduced
catalyst and back-passfouling
SCR catalystfor applications
requiring thelowest NO x
emissions
Split economizerfor optimum SCR
performance
Long-life thin-walled cooledrefractory used in lowerfurnace and solid separatorsystem for low maintenanceand rapid starts
Superheat and reheatsurface can belocated in INTREXfluidized bed heatexchanger for efficientheat transfer andmaximum coil life
Robust step-gridto handle the mostdifficult fuels
Tubular air heaterfor compactdesign and no airleakage
Reliable low-maintenancegravity fuelfeed system
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J IAHUALocation: Jiaxing City, Zhejian Province,
Peoples Republic of ChinaCustomer: Zhejiang Jiahua Industrial Park
Investment & DevelopmentCompany
Start-Up Year: 2012Capacity: 3 x 100 MWeFuel: Coal
RIO TURBIOLocation: Santa Cruz, Argentina
Customer: Isolux Ingenieria S.A. y TecnaProyectos y Operaciones, S.A.(UTE)
Start-Up Year: 2012Capacity: 2 x 120 MWeFuel: Bituminous Coal
HANWHA ENGINEERING &CONSTRUCTIONLocation: Gunsan, South KoreaCustomer: Hanwha Engineering &
ConstructionStart-Up Year: 2010Capacity: 2 x 50 MWe
Fuel: Bituminous Coal
INDUSTRIAL CFBs
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LUKOILLocation: Ploiesti, RomaniaCustomer: LUKOIL Energy & Gas Ro
nia s.r.l.Start-Up Year: 2010Capacity: 70 MWeFuel: Petcoke, Heavy Fuel Oil
SINOPEC TIANJINLocation: Tianjin, Dagang, PRC
Customer: China Petrochemical CorSINOPEC Tianjin Compa
Start-Up Year: 2008Capacity: 3 x 100 MWeFuel: Petroleum Coke, Coal
DEVNYA POWER PLANTLocation: Devnya, BulgariaCustomer: Deven JS Co.Start-Up Year: 2008Capacity: 100 MWeFuel: Petroleum Coke, Hard Co
HIGHLY RELIABLEIndustry relies on high availability: day in, day out, year round. Our
CFBs have a proven track record of being highly reliable.
Our CFBs have excellent load-following capabilities, enabling them
to accommodate rapid swings in process steam requirements. Their
wide turn-down range means that our units can adapt to temporary
or seasonal changes in steam or district heat needs, operating at verylow loads of nameplate capacity.
To achieve the highest reliability, we offer SmartBoiler to all CFB
plant owners and operators. SmartBoiler is an intelligent operation
and service support tool for monitoring, diagnosing, analyzing
and optimizing steam generation and power plant operation.
SmartBoilercombines our experience and expertise in fluidized bed
combustion with advanced information technology.
OUR ROBUST STEPPEDFLUIDIZING GRID FOR THEMOST CHALLENGING FUELS
Peak and valleygrid contour
allows debris toflow unobstructed
toward drain chutes
Water-cooled floor
structure and drainchutes for long life
Nozzles made fromsuper tough nickelalloy and can beeasily replaced
Nozzles direct air atlateral angle resultingin excellent bedmixing while movingdebris toward drainchutes
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RENEWABLEENERGY CFBsBIOFUELS AND WASTE ARE TWO OF THE FUEL GROUPS
IDEALLY SUITED FOR OUR CFB TECHNOLOGY: OUR UNITSCAN BE DESIGNED TO FIRE 100% RENEWABLE ENERGY FUELS.
Avoided CO2 Emissions*(Ktons/yr)
10%
96
240
960
25% 100% % BiomaFired
*Based a 150 M
coal plant balance f
being biom
A GREEN TECHNOLOGYConcern about global warming is a key factor for
developing and implementing energy solutions today.
Use of biomass in power generation can contribute
significantly to reducing emissions of carbon dioxide
- a greenhouse gas. The fuel flexibility of our CFB
technology allows them to utilize a wide range of
renewable and waste fuels and fuel mixes, helping
our world reach a goal of reduced greenhouse gas
emissions.
Our CFBs can also divert waste headed for land-fills
and instead convert this waste into valuable steam and
electricity to support our growing energy needs.
Our state-of-the-art Advanced Bio CFB can co-fire high
alkaline quick growing agro biomass in utility CFBs.
We are currently using this technology in the worlds
largest 100% biomass CFB that we supplied at the
Polaniec Power Station in Poland.
GREEN FUELSBiofuels include natural materials and waste produced
various industrial or other processes.
Forestry Pulp & papermaking wasteoperations Fast-growing energy crops
- thinnings Agricultural waste
- harvesting waste Industrial waste
- bark Municipal refuse-derived
- stumps fuel (RDF)
Wood processing waste
- offcuts
- sawdust
- demolition wood
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OUR WASTE-TO-ENERGY CFB UNIT DESIGNEDTO FIRE REFUSE-DERIVED FUEL (RDF
Entire hot loop is refractory-lined to handle the mostcorrosive fuels whilemaintaining long unit life
Long-life, thin-walledcooled refractory for lowmaintenance and rapidstarts
Coil-less back-pass in weldoverlay enclosure to coolgas through most corrosivephase
Easily replaceable pendantsuperheaters with springhammer cleaning system
Vertical economizersection for compact
unit design
Integrated water-cooled solids separatorand return leg for compact design andelimination of furnace-to-separatorexpansion joints
Reliable stoker-fuel feed system
Bottom ash screening
and recycling systemto minimize bedmake-up need
Robust step-grid
to handle themost difficultfuels
Superheat surface located in
INTREX fluid bed heatexchanger for efficient heattransfer and maximum coil life
Hot cyclones captureash for reducedeconomizer fouling
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E.ON VRMELocation: Norrkoping, SwedenCustomer: E.ON Vrme Sverige ABStart-Up Year: 2010Capacity: 30 MWeFuel: Waste RDF
LOMELLINA I & II
Location: Parona, ItalyCustomer: Lomellina Penergia, S.r.l.Start-Up Year: 2000 & 2007Capacity: 15 & 17 MWeFuel: RDF (Refuse Derved Fuel)
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POLANIEC POWER STATIONLocation: Polaniec, PolandCustomer: GDF Suez EnergiaStart-Up Year: 2012Capacity: 190 MWeFuel: Biomass (Wood/20% Agr
Waste)
JYVASKYLAN ENERGIA OYLocation: Keljonlahti, FinlandCustomer: Jyvaskylan Energy OyStart-Up Year: 2010Capacity: 200 MWeFuel: Milled Peat and Biomass
KAUKASLocation: Lappeenranta, FinlandCustomer: Kaukaan Voima OyStart-Up Year: 2010Capacity: 125 MWeFuel: Biomass, Peat
Our Renewable CFB Fuel Experience(% of operatng FW renewable capacity utlizing
these fuels as primary fuel)
Material from forestry operations and
pulp and papermaking 70%
Industrial waste and municipal
refuse-derived fuel 11%
Agricultural waste 6%
Pulp and papermaking waste 9%
Wood processing waste 4%
RENEWABLEENERGY CFBsOPTIMIZED FOR RDFEfficient waste recycling and handling, designed to remove reusable
fractions and inert materials, is key to producing a refuse-derivedfuel (RDF) stream that can be burned efficiently and safely togenerate electricity, steam or heat. A waste-to-energy (WTE) powerplant based on this concept can achieve a net cycle efficiency ofabove 28%, substantially higher than convention output per ton ofwaste destroyed.
BECOMING MORE GREENCo-firing renewable fuels in a CFB plant originally designed for coal
is an excellent, cost-effective option for helping our environment. In
most cases, our operating coal-fired CFBs can co-fire biomass orwaste fuels by simply adding a biomass fuel handling and feeding
system, and modifying boiler operating procedures.
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CFB SAMPLEREFERENCESWE HAVE SOLD AND DELIVERED OUR CFBs TO CLIENTS AROUND
THE WORLD, SPANNING A WIDE SPECTRUM OF FUELS ANDAPPLICATIONS. OUR COMPLETE REFERENCE IS QUITE LONG AND ISAVAILABLE BY SIMPLY CONTACTING ANY ONE OF OUR ACCOUNT
REPRESENTATIVES. BELOW IS A SAMPLING OF PROJECTS SHOWINGTHE VERSATILITY AND VALUE OF OUR CFB TECHNOLOGY.
CFBs IN UTILITY APPLICATIONS
OrderDate
Start-UpDate
Client Plant CountrySteamMWe
Primary Fuel Secondary Fuel
2011 2015 Korea Southern PowerCompany
Samcheok Green Power South Korea 4 x 550 Coal Biomass
2011 2014 Undisclosed Undisclosed India 4 x 150 Petcoke Bituminous Coal
2010 2012 TP Utilities Pte Ltd Tembusu (Jurong) Singapore 86 CoalBiomass - Palm
Kernel Shell
2010 2012Isolux Ingenieria S.A.y Tecna Proyectos yOperaciones, S.A.
Rio Turbio Power Project Argentina 2 x 120 Bituminous Coal
2008 2012 PJSC EM Alliance Novocherkasskaya GRES Russia 330 Anthracite Coal Bituminous Coal
2007 2011Shaw GroupUnits 11 & 12
Dominion Virginia CityHybrid Energy Center
USA 2 x 300 Coal Biomass - Wood
2007 2011Central Termica Mejillones
S.A. - Units 1 & 2Andino Power Plant Chile 2 x 165 Petroleum Coke, Coal Biomass
2007 2010Fortum Heat Polska sp.
Z.o.o.Czestochowa CHP Poland 66 Coal Biomass
2007 2010Harbin Power Engineering
Company, Ltd. (HPE) -Units 3 & 4
Campha Vietnam 2 x 150 Coal, Anthacite Culm Slurry
2007 2010SINOCHEM QuanzhouPetrochemical Co., Ltd.
Units 1 & 2Quanzhou China 2 x 75 Petroleum Coal Coke, Coal
2007 2009Doosan Heavy Industriesand Construction Co. Ltd.
Glow CFB 3 Project Thailand 115 Sub-Bituminous Coal
2006 2009 Bechtel/TXU Rockdale USA 2 x 315 Texas Lignite
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CFBs IN INDUSTRIAL APPLICATIONS
Order
Date
Start-
Up
Date
Client Plant CountrySteam
MWePrimary Fuel Secondary Fuel
2011 2013ZheJiang JiaHua Industrial
Park Investment &Development
Jiahua Power Plant China 3 x 100 Coal
2010 2013 Polimex - Mostosal S.A. Bielsko - Biala Heat andPower Station Poland 50 Bituminous Coal
2010 2012 Cheng Loong Corporation Houli Mill Taiwan 30 Sub-Bituminous Coal Sludge, TDF
2010 2012 SINOPEC WuhanSINOPEC Wuhan Cogen
PlantChina 3 x 80 Coal Coke
2010 2012 SINOPEC Jiujiang SINOPEC Jiujiang Refinery China 2 x 50 Petcoke Coal
2010 2012Daewoo Engineering
CompanyP. T. Merak Energi Indonesia 2 x 60 Coal
2008 2010Hanwha Engineering &
Construction Corporation(HENC)
HENC GP Project Korea 2 x 70 Coal
2008 2010Yuen Foong Yu PaperManufacturing Co., Ltd.
YFY ChiutangPaper Mill
China 50 Bituminous CoalSewer Sludge,
Tires
2007 2010 Lukoil Energy & GasRomania s.r.l.
Lukoil Romania 70 Petroleum Coke Heavy Oil - 20%
2007 2009Hanwha International
CorporationYeosu
SouthKorea
3 x 100 Coal
2007 2008SINOPEC Maoming
PetrochemicalMaoming China 2 x 110 Petroleum Coke
Petroleum Coke(60%)
Coal (40%)
2006 2008 SINOPEC Tianjin Tianjin China 3 x 100 Petroleum Coke Coal
CFBs FIRING RENEWABLE FUELS
OrderDate
Start-UpDate
Client Plant CountrySteamMWe
Primary Fuel Secondary Fuel
2010 2012 GDF Suez Energia Polska Polaniec Power Station Poland 190 WoodCrop Wasteup to 20%
2009 2012 PAK, S.A. Konin Poland 55 WoodCrop Wasteup to 20%
2008 2010 E.ON Vrme Sverige AB P15 Sweden 30 RDF Demo Wood
2008 2010Prokon Nord
Energiesysteme GmbHA&S Oostrozebeke Belgium 26 Demo Wood
2007 2010 Kaukaan Voima Oy Kaukas Finland 125 Biomass Peat
2007 2010 Jyvaskylan Energy Oy Jyvskyln Finland 200 Peat Forest Residual
2007 2009 Sderenergi AB Igelsta Sweden 85 Biomass REF, Demo Wood
2006 2008NV Huisvuilcentrale
Noord-Holland(HVC-NH)
HVCBio-energiecentrale, Alkmaar
Netherlands 28 Demo Wood
2005 2007 Lomellina Energia S.r.l. Lomellina II Italy 17 RDF
2002 2006Bundersforste Biomasse
Kraftwerk GmBH & Co KGSimmering Austria 23 Wood Chips
2002 2006Prokon Nord
Energiesysteme GmbHBMHKW
EmlichheimGermany 20 Recycled Wood
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We offer a full range of steam generator equipment, aftermarket products and services to the power,
industr ial, and waste-to-energy sectors. Our global manufacturing and engineering network can deliver cutting-edge products and expertise, quickly and cost competitively with best-in-class quality. Established in 1891, ourexperience comes from over a century of designing, servicing, and continually improving steam generatingequipment.
GLOBALLYwww.fwc.com
CHINAUnit 1 on 6/FRaffles City Beijing Office TowerNo. 1 Dongzhimen South StreetDongcheng DistrictBeijing, 100007 China
T +86 (0) 10 8409 8855
8th& 5th Floor, UC Tower500 Fushan RoadPudong New AreaShanghai, 200122 China
T +86 (0) 21 5058 2266
FINLANDMetsnneidonkuja 8
FI-02130 Espoo, FinlandT +358 (0) 10 393 11
Relanderinkatu 2FI-78201 Varkaus, Finland
T +358 (0) 10 393 11
GERMANYHessenstrasse 5747809 Krefeld, Germany
T +49 (0) 2151 36337-10
POLANDAleja Jana Pawla II 1500-828 Warsaw, Poland
T +48 (0) 22 697 6870
ul. Staszica 3141-200 Sosnowiec, Poland
T +48 (0) 32 368 1300
SPAINCalle Gabriel Garcia Mrquez, 228230 Las RozasMadrid, Spain
T +34 (0) 91 336 2400
SWEDENLindvgen 75602 28 Norrkping, Sweden
T +46 (0) 11 285 330
THAILAND9th Floor, Maneeya Building518/5 Ploenchit RoadLumpini, PathumwanBangkok 10330, Thailand
T +66 (0) 2 652 0760
USAPerryville Corporate Park53 Frontage Road
P.O. Box 9000Hampton, New J ersey 08827 USA
T +1 (1) 908 730 4000
9780 Mt. Pyramid Court, Suite 260Englewood, Colorado 80112-7060 U
T +1 (1) 303 784 4880
CONTACT US
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