PIONEERING CFBTECHNOLOGY

FLUIDIZED BED COMBUSTION ISOUR SPECIALTY - ONE THAT WE HAVE

PIONEERED FROM THE VERY START.

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CIRCULATING FLUIDIZED BED (CFB) PIONEERS We have steadily increased unit size and integrated advanced field-provendesign features into our CFB technology. Our CFBs first reached small-scaleutility application in 1987 on the 110 MWe Tri-State Nucla power project in theU.S., then went on to the medium utility scale in 2001 with the 2 x 300 MWeunits for the Jacksonville Energy Authority. Over the 1998-2004 period wedelivered six CFB units totaling nearly 1500 MWe for the largest CFBrepowering project ever in history - the Turów project in Poland.

Our success has come from a track record of satisfying clients’ reliability,environmental, and efficiency goals with innovative technology for convertingeconomical solid fuels into valuable steam and power. Through our experienceof supplying over 400 fluidized bed units to industrial and utility customersworldwide, we have steadily scaled-up and improved our technology. Over300 of these fluidized bed steam generators have been CFB designs.

Our latest pioneering can be seen in our award for the Lagisza project inPoland, which brings a double first to the utility power industry - the world’sfirst supercritical CFB boiler and the world’s largest single CFB unit, ratedat 460 MWe.

Looking into the future, our CFB technology can be adapted to capture carbondioxide to help reduce the threat of global warming. We are currentlydeveloping Oxy-Fuel technology to be applied to CFB units operating today aswell as, to new more advanced units. Oxy-Fuel technology looks very promisingallowing 100% capture of carbon dioxide in a cost-effective and reliable way.We expect Oxy-Fuel CFB technology to be a fuel-flexible, zero-air-emissiontechnology bringing high value to our utility and industrial clients.

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PIONEERING CFBTECHNOLOGY

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PIONEERING CFB TECHNOLOGY

INNOVATIVETECHNOLOGY

SOLUTIONSTHINK GREENLow emissions are a key benefit of our CFB technology, allowing them tomeet the strictest environmental standards. Our CFBs stage the combustionprocess and operate at low combustion temperatures while giving the fuellong burning times, resulting in naturally low nitrogen oxide (NOx) formationand high combustion efficiency. They can also capture the fuel’s sulfur as thefuel burns by using low-cost limestone and employing selective-non-catalytic-reduction (SNCR) to achieve very low NOx and sulfur oxide (SOx) emissionsin the most economical way, and in most cases, avoiding add-on pollutioncontrol equipment.

The CFB advantage is particularly highlighted in repowering projects. SOxand particulate emissions can often be cut by over 90% and NOx emissionsby over 50%. Carbon dioxide emissions are often cut by 25% or more due tothe dramatic improvements in boiler and plant efficiency when olderequipment is replaced. For the lowest emissions, our supercritical, once-through-unit (OTU) CFB technology can reduce all these emissions another5-10%, due to its ability to further increase overall plant efficiency.

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FUEL FLEXIBILITYOur CFB units are capable of firing nearly allsolid fuels - including waste products thatotherwise would have been land-filled - whilemaintaining the lowest levels of emissions, andthe highest equipment reliability and efficiency.Our fuel experience is unmatched as proven byour capability to design units for even the lowest-quality fuels. Our CFBs give plant owners theflexibility to source fuel from a number ofsuppliers and industries, improving their fuelsupply security while taking advantage of fuelprices and market conditions.

RELIABLITYOur simple yet advanced CFB designs canachieve the highest plant availability, provenby over twenty million hours of operationalexperience, even after years of operation.Preventative condition monitoring, expertmaintenance, and rapid-response repair work -all supplied by our service teams - help ensuremaximum reliability - year after year.

Our long-term operations and maintenancesupport (O&MS) agreements and our innovativeSmartBoiler™ system (an expanding set ofintelligent analysis and optimization tools forenhancing plant operation and maintenance)are available to increase your plant’s availabilityeven further.

Coals 66%Others 3%Lignite 4% Biomass 9%Petcoke 18%

Our CFB Fuel Experience(% of operating FW CFB capacity utilizingthese fuels as primary fuel)

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UTILITY CFBsWHAT STARTED OFF AS A SOLUTION FOR HARD-TO-BURN FUELS

HAS BECOME A MAINSTREAM COMBUSTION TECHNOLOGY AVAILABLE INEVER-LARGER UNIT SIZES. TODAY, WE OFFER TWO STATE-OF-THE-ART

UTILITY CFB DESIGNS, EACH OFFERING HIGH VALUE TO UTILITY CLIENTS.

OUR LARGE-SCALE SUPERCRITICAL ONCE-THROUGH CFBDESIGN OFFERED UP TO 800 MWe UNIT SIZES

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PKE: LAGISZA, POLANDLocation: Bedzin, PolandCustomer: Poludniowy Koncern

Energetyczny (PKE), Elektrownia Lagisza

Start-Up Year: 2009Capacity: 460 MWeFuel: Bituminous Coal

JEA NORTHSIDEREPOWERING PROJECTLocation: Jacksonville, FloridaCustomer: Jacksonville Electric

AuthorityStart-Up Year: 2001Capacity: 2 x 300 MWeFuel: Bituminous coal and

petroleum coke

NARVA ELEKTRIJAAMAD Location: Narva, EstoniaCustomer: AS Narva ElektrijaamadStart-Up Year: 2004, 2005Capacity: Eesti Block 2 x 100 MWe,

Balti Block 2 x 100 MWeFuel: Oil Shale

GOING SUPERCRITICAL We have taken the next major step forward in advancing our CFBtechnology 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 ofCFB combustion technology, together with the high efficiency ofsupercritical steam technology. This technology can improve overallplant efficiency by 5-10% compared to conventional naturalcirculation steam technology, which translates directly into a 5-10%reduction in the plant’s air and ash emissions as well as its fuel andwater needs. When we say a reduction in air emissions, we mean allair emissions like SOx, NOx, mercury and particulates as well asgreenhouse gases, like carbon dioxide.

As with our conventional natural circulation CFBs, these highlyefficient supercritical units will be equally at home with hard-to-burnfuels, as well as common utility coals. We have developeda modular design approach allowing us to offer units up to 800MWe in steam capacity.

CFB VALUE FOR UTILITIESOur utility customers have turned to CFBs due to the value they seein our technology: fuel flexibility, low emissions, and reliability. Manyare seeing value in petroleum coke, lignite, waste coal, and biomassfrom both an economic and environmental aspect. Our technologycan reliably and cleanly burn these fuels as primary fuels or incombination with other fuels over the life of the plant, giving powergenerators the flexibility to alter their fuel strategies and to takeadvantage of fuel market opportunities and changes inenvironmental regulation.

UTILITY CFBs

Coals 67%Oil Shale 3%Lignite 6%Biomass 6%Pet Coke 18%

Our Utility Fuel Experience(% of operating FW utility capacity utilizingthese fuels as primary fuel)

Low maintenance, highlyeffective wing-wall surface for superheat or evaporative duty

Multi-staged combustionair for reduced furnaceNOx formation

In-furnace start-up burnersfor reliable, rapid start-ups

Proven arrow-head nozzlesfor reliable operation, lowmaintenance and excellentsolids mixing

Integrated steam- orwater-cooled solid

separators for compactunit design and reduced

thermal stress

Reliable front and rearwall low maintenance

gravity fuel feed system

Superheat and reheatsurface located in INTREXTM

fluidized bed heat exchangerfor efficient heat transfer

and maximum coil life

Robust ash removal andcooling system

Long-life, thin-walled cooledrefractory used in lowerfurnace and solid separatorsystem for low maintenanceand rapid starts

Integrated water-cooledsolids return leg for

compact design andlow maintenance

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OUR LARGE-SCALE COMPACT SEPARATOR CFB DESIGNOFFERED UP TO 800 MWe UNIT SIZES

NPSLocation: Tha Toom, ThailandCustomer: National Power Supply Co., Ltd.Start-Up Year: 1998Capacity: 2 X 150 MWeFuel: Anthracite, Bituminous Coal,

Rice Husk, Bark

ELCHOLocation: Chorzów, PolandCustomer: EC Chorzów Elcho Sp. z.o.o.Start-Up Year: 2003Capacity: 2 X 113 MWeFuel: Bituminous Coal

ELEKTROWNIA TURÓWLocation: Bogatynia, PolandCustomer: BOT Elktrownia Turow S.A.Start-up Year: 1998, 2000, 2003, 2004Capacity: 3 x 235 MWe, 3 x 262 MWeFuel: Polish Brown Coal

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Steam- or water-cooledcyclone solid separatorsand cross-over ducts forlow maintenance andreduced thermal stress

Efficient steam-sidebypass reheattemperature control

Modular series back-passfor reduced field erection

Proven reliable solidsreturn loop seal

Compact regenerativeair heater

Low maintenancehighly effective wing-

wall surface forsuperheat or

evaporative duty

Multi-stagedcombustion air for

reduced furnaceNOx formation

Reliable front andrear wall low

maintenance gravityfuel feed system

Economical on-demand limestone

prep system

Reliable high-capacityfluidized bed ash cooler

Proven arrow head nozzlesfor reliable operation, lowmaintenance and excellentsolids mixing

Long-life thin-walledcooled refractory used inlower furnace, cyclonesand cross-over ducts forlow maintenance andrapid starts

In-furnace start-upburners for reliable,

rapid start-ups

OUR MEDIUM-SCALE CYCLONE CFB DESIGNOFFERED AT A NOMINAL 300 MWe UNIT SIZE

CLECOLocation: Boyce, LouisianaCustomer: Shaw Group/Cleco Power LLC Start-Up Year: 2009Capacity: 2 x 330 MWeFuel: Petroleum Coke, PRB, Lignite

SOUTHERN ILLINOISPOWER COOPERATIVELocation: Marion, IllinoisCustomer: Southern Illinois Power

CooperativeStart-Up Year: 2003Capacity: 120 MWeFuel: Bituminous Coal Fines

SANDOWLocation: Rockdale, TexasCustomer: Bechtel/TXUStart-Up Year: 2009Capacity: 2 x 315 MWeFuel: Texas Lignite

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OUR INDUSTRIAL CIRCULATING FLUIDIZED BED (CFB)STEAM GENERATORS ARE WELL KNOWN IN THE INDUSTRYFOR THEIR LOW EMISSIONS, RELIABILITY AND LONG LIFE.

A LEADER ININDUSTRIAL CFBS

Our history of developing innovative combustiontechnologies for industry began with our bubblingfluidized bed (BFB) steam generators, from whichwe have developed our advanced robust CFBtechnology for a diverse range of industrial fuelsand energy needs. We are now a leading supplierof industrial CFB technology, supplying over 210 units, with unit sizes up to 150 MWe, forindustrial applications.

PROVEN EXPERIENCEThe solutions we have provided have been asdiverse as our clients’ needs. The CFB we suppliedto a Swedish paper mill to convert their waste bark and sludge into useful steam needed by themill, as well as the 20 petcoke-fired steamgenerators we delivered to Sinopec in China,demonstrate our ability to customize units to meetclients’ needs. Our industrial boiler designs havebeen proven and advanced based on 30 years ofoperating experience.

WIDEST FUEL EXPERIENCEMulti-fuel firing is particularly important inindustrial applications, where utilizing on-site wastehas a high value. Fuel flexibility is a key factor inunlocking the value of these waste streams sinceboth their quality and volumes can vary on a dailybasis. Our CFB technology has proven itself overthe widest range of industrial fuels.

Coals 63%Peat 3%Biomass 13%Pet Coke 21%

Our Industrial Fuel Experience(% of operating industrial FW CFB capacity utilizingthese fuels as primary fuel)

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Integrated water-cooled solidseparator and return leg forcompact design and eliminationof furnace-to-separatorexpansion joints

Long-life thin-walled cooledrefractory used in lowerfurnace and solid separatorsystem for low maintenanceand rapid starts

Superheat and reheatsurface can be locatedin INTREXTM fluidizedbed heat exchanger forefficient heat transferand maximum coil life

Robust step-grid tohandle the mostdifficult fuels

Sloped superheat andreheat section forreduced ash build-up

Passive ash collectiondesign for reduced catalyst

and back-pass fouling

Split economizer foroptimum SCRperformance

Tubular air heaterfor compact designand no air leakage

SCR catalyst can beused for low ash,

low sulfur fuels likeclean biomass

Reliable low-maintenancegravity fuelfeed system

WE OFFER INNOVATIVE AND PROVEN DESIGN FEATURESIN OUR INDUSTRIAL CFB UNITS

APECLocation: Pampanga Site, PhilippinesCustomer: Formosa Heavy Industries,

Asian Pacific EnergyCompany

Start-Up Year: 2006Capacity: 50 MWeFuel: Coal, Mill Sludge

UPPCLocation: Calumpit, Bulacan, PhilippinesCustomer: United Pulp and Paper Co.,

Ltd (UPPC)Start-Up Year: 2006Capacity: 35 MWeFuel: Coal, Mill Sludge, Paper Reject

PETROPOWERLocation: Talcahuano, ChileCustomer: Petropower TalcahuanoStart-Up Year: 1998Capacity: 67 MWeFuel: Petroleum Coke

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INDUSTRIAL CFBs

CORN PRODUCTSLocation: Bedford, IllinoisCustomer: Corn Products InternationalStart-Up Year: 2006Capacity: 100 MWeFuel: Bituminous coal and

petroleum coke

STORA ENSO KVARNSVEDENLocation: Borlänge, SwedenCustomer: Stora Enso Kvarnsveden ABStart-Up Year: 2005Capacity: 36 MWe Fuel: Bark, Sludge, Coal

VATTENFALL SCALocation: Munksund, SwedenCustomer: Vattenfall SCAStart-Up Year: 2002Capacity: 25 MWeFuel: Bark, Wood Residue, Paper Rejects

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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, enablingthem to accommodate rapid swings in process steamrequirements. Their wide turn-down range means that our unitscan adapt to temporary or seasonal changes in steam or districtheat needs, operating at very low loads of nameplate capacity.

To achieve the highest reliability, we offer SmartBoiler™ to allCFB plant owners and operators. SmartBoiler™is an intelligentoperation and service support tool for monitoring, diagnosing,analyzing and optimizing steam generation and power plantoperation. SmartBoiler™ combines our experience andexpertise in fluidized bed combustion with advancedinformation technology.

OUR ROBUST STEPPEDFLUIDIZING GRID FOR THEMOST CHALLENGING FUELS

Peak and valley gridcontour allows debristo flow unobstructedtoward drain chutes

Nozzles made from supertough nickel alloy andcan be easily replaced

Nozzles direct air atlateral angle resultingin excellent bed mixingwhile moving debristoward drain chutes

Water-cooled floorstructure and drainchutes for long life

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BIOFUELS AND WASTE ARE TWO OF THE FUEL GROUPSIDEALLY SUITED FOR OUR CFB TECHNOLOGY. OUR UNITSCAN BE DESIGNED TO FIRE 100% RENEWABLE ENERGY FUELS.

RENEWABLEENERGY CFBS

A GREEN TECHNOLOGY Concern about global warming is a keyfactor for developing and implementingenergy solutions today.

Use of biomass in power generation cancontribute significantly to reducing emissionsof carbon dioxide - a greenhouse gas. Thefuel flexibility of our CFB techology allowsthem to utilize a wide range of renewableand waste fuels and fuel mixes, helping ourworld reach a goal of reduced greenhousegas emissions.

Our CFBs can also divert waste headed forland-fills and instead convert this waste intovaluable steam and electricity to support ourgrowing energy needs.

GREEN FUELSBiofuels include natural materials and waste produced byvarious industrial or other processes, and include:

• Material from forestryoperations - thinnings- harvesting waste- bark- stumps

• Wood processing waste- offcuts- sawdust- demolition wood

• Pulp and papermaking waste• Fast-growing energy crops• Agricultural waste• Industrial waste and municipal

refuse-derived fuel (RDF)

10%

Avoided CO2 Emissions*(Ktons/yr)

25%

*Based on a 150MWe coal plant withbalance fuel being

biomass

100%% Biomass

Fired

960

240

96

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Entire hot loop is refractory-linedto handle the most corrosive fuelswhile maintaining long unit life

Coil-less back-pass in weldoverlay enclosure to cool gasthrough most corrosive phase

Reliable stoker-fuelfeed system

Bottom ash screeningand recycling system tominimize bed make-upneed

Robust step-grid tohandle the mostdifficult fuels

Superheat surface located inINTREXTM fluid bed heatexchanger for efficient heattransfer and maximum coil life

Hot cyclones capture ashfor reduced economizerfouling

Easily replaceable pendantsuperheaters with springhammer cleaning system

Integrated water-cooled solids separator andreturn leg for compact design and eliminationof furnace-to-separator expansion joints

Vertical economizersection for compact

unit design

Long-life, thin-walled cooledrefractory for low maintenanceand rapid starts

OUR WASTE-TO-ENERGY CFB UNIT DESIGNEDTO FIRE REFUSE-DERIVED FUEL (RDF)

LOMELLINA IILocation: Parona, ItalyCustomer: Lomellina Energia S.r.I.Start-Up Year: 2007Capacity: 17 MWeFuel: RDF (Refuse Derived Fuel)

LOMELLINA ENERGIALocation: Parona, ItalyCustomer: Lomellina Energia S.r.l.Start-Up Year: 2000Capacity: 15 MWe Fuel: RDF (Refuse Derived Fuel)

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OPTIMIZED FOR RDFEfficient waste recycling and handling, designed to removereusable fractions and inert materials, is key to producing a refuse-derived fuel (RDF) stream that can be burned efficiently and safelyto generate electricity, steam or heat. A waste-to-energy (WTE)power plant based on this concept can achieve a net cycleefficiency of above 28%, substantially higher than conventionalincineration plants, resulting in lower emissions and higher energyoutput per ton of waste destroyed.

BECOMING MORE GREENCo-firing renewable fuels in a CFB plant originally designed forcoal is an excellent, cost-effective option for helping ourenvironment. In most cases, our operating coal-fired CFBs canco-fire biomass or waste fuels by simply adding a biomass fuelhandling and feeding system, and modifying boileroperating procedures.

RENEWABLEENERGY CFBs

PROKON NORDLocation: Emlichheim, GermanyCustomer: Prokon Nord

EnergiesystemeStart-Up Year: 2006Capacity: 20 MWeFuel: Recycled Wood

HEIZKRAFTWERK KEHLLocation: Kehl, GermanyCustomer: Heizkraftwerk Kehl GmbHStart-Up Year: 2002Capacity: 9 MWeFuel: Recycled Wood

SIMMERINGLocation: Simmering, Vienna, AustriaCustomer: Siemens AG AustriaStart-Up Year: 2006Capacity: 23 MWeFuel: Forest Chips

Material from forestry operations andpulp and papermaking 55%

Industrial waste and municipalrefuse-derived fuel 14%

Agricultural waste 10%

Pulp & papermaking waste 14%

Wood processing waste 7%

Our Renewable CFB Fuel Experience(% of operating FW renewable capacity firingthese fuels as primary fuel)

WE HAVE SOLD AND DELIVERED OUR CFBS TO CLIENTS AROUND THE WORLD,SPANNING A WIDE SPECTRUM OF FUELS AND APPLICATIONS. OUR COMPLETEREFERENCE LIST IS QUITE LONG AND IS AVAILABLE BY SIMPLY CONTACTINGANY ONE OF OUR ACCOUNT REPRESENTATIVES. BELOW IS A SAMPLING OFPROJECTS SHOWING THE VERSATILITY AND VALUE OF OUR CFB TECHNOLOGY.

CFB SAMPLE REFERENCES

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CFBs IN UTILITY APPLICATIONSOrderDate

Start-UpDate Client Plant Country Steam

MWePrimary

FuelSecondary

Fuel

2008 2012 Entergy Louisiana, LLC Little Gypsy USA 2 x 300 Petroleum Coke Coal

2008 2012Isolux Ingenieria S.A. y TecnaProyectos y Operaciones, S.A.

Rio Turbio Argentina 2 x 120 Bituminous Coal Bituminous Coal

2008 2012 PJSC EM Alliance Novocherkasskaya Russia 330 Anthracite CoalBituminous & Anthracite

Coal

2007 2011 Shaw Group, Inc. Dominion USA 2 x 300 Coal Wood

2007 2010 Central Térmica Mejillones S.A. Andino Chile 2 x 165Coal, Petroleum

CokeBiomass

2007 2010Harbin Power Engineering

Company, Ltd. (HPE)Campha Vietnam 2 x 150 Anthracite Culm Slurry

2007 2010 Jyväskylän Energia Oy Jyväskylä Finland 200 Peat Forest Residual

2007 2009Doosan Heavy Industries and

Construction Co., Ltd.Glow Thailand 115

Sub-BituminousCoal

2006 2009 Bechtel/TXU Sandow USA 2 x 315 Lignite

2006 2009Harbin Power Engineering

Company, Ltd. (HPE)Campha Vietnam 2 x 150 Anthracite Culm Slurry

2006 2009 Shaw Group/CLECO Power LLC Rodemacher USA 2 x 330 Petroleum CokeBituminous Coal,

PRB, Lignite

2005 2009 PKE - Elektrownia Lagisza Lagisza Poland 460 Bituminous Coal Coal Slurry (option)

2001 2005 AS Narva Elektrijaamad Balti Estonia 2 x 100 Oil Shale

2000 2004 AS Narva Elektrijaamad Eesti Estonia 2 x 100 Oil Shale

2000 2003-4BOT Elektrownia Turow S.A.

Units 4, 5, 6Turow Poland 3 x 262 Polish Brown Coal

1999 2003 EC Chorzow Elcho Sp. Z.o.o. Elcho Poland 2 x 113 Bituminous Coal

1997 2001 JEA Northside Gen. Station Northside USA 2 x 300 Petroleum Coke Bituminous Coal

1996 2000 Bay Shore Power Company Bay Shore USA 180 Petroleum Coke

1994-61998-2000

BOT Elektrownia Turow S.A. Units 1, 2, 3

Turow Poland 3 x 235 Polish Brown Coal

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CFBs FIRING RENEWABLE FUELSOrderDate

Start-UpDate Client Plant Country Steam

MWePrimary

FuelSecondary

Fuel

2008 2010 E.ON Värme Sverige AB Norkköping Sweden 30 RDF Demo Wood

2008 2010Prokon Nord Energiesysteme

GmbHA & S

OostrozebekeBelgium 26 Demo Wood

2007 2010 Kaukaan Voima Oy Kaukas Finland 125 Biomass Peat

2007 2009 Söderenergi AB Igelsta Sweden 85 Biomass REF, Demo Wood

2006 2008NV Huisvuilcentrale Noord-

Holland (HVC-NH)

HVCBio-energiecentrale,

AlkmaarNetherlands 28 Demo Wood

2005 2008 Lomellina Energia S.r.l. Lomellina Italy 17 RDF

2002 2006Bundersforste Biomasse Kraftwerk

GmbH & Co KGSimmering Austria 23 Wood Chips

2002 2006Prokon Nord Energiesysteme

GmbH

BMHKWEmlichheim &

HamburgGermany 2 x 20 Demo Wood

2001 2005Harpen Energie Contracting

GmbHBMHKW

BergkamenGermany 20 Demo Wood Forest Residual

2001 2005 MVV Energie AGBMHKW

Königswusterhausen

Germany 20 Demo Wood

2001 2005 Stora Enso Kvarnsveden AB Kvarnsveden Sweden 36 Bark Sewer Sludge, Bituminous

2002 2004Prokon Nord Energiesysteme

GmbHBMHKW

PapenburgGermany 20 Recycled Wood

1996 2000 Lomellina Energia S.r.l. Lomellina Italy 15 RDF

CFBs IN INDUSTRIAL APPLICATIONSOrderDate

Start-UpDate Client Plant Country Steam

MWePrimary

FuelSecondary

Fuel

2008 2010Hanwha Engineering &

Construction Corporation(HENC)

HENC GP Project Korea 2 x 70 Coal

2008 2010Yuen Foong Yu Paper

Manufacturing Co., Ltd.Chiutang Paper

MillChina 50 Bituminous Coal

Sewer Sludge, Tires

2007 2010Lukoil Energy & Gas Romania

s.r.l.Lukoil Romania 70 Petroleum Coke Heavy Oil 20%

2007 2010SINOCHEM QuanzhouPetrochemical Co., Ltd.

Quanzhou China 2 x 75 Coke Coke, Coal

2007 2009 Dalmia Cement Ltd.Cuddapah &

AriyalurIndia 2 x 27

Indian & ImportCoal, Washery

Rejects

2007 2009 Dalmia Cement Ltd. Rajgangpur India 2 x 27Indian Coal,

Washery Rejects

2007 2009Hanwha International

CorporationYeosu South Korea 3 x 100 Coal

2006 2009 Kumho Petrochemical Co., Ltd. Yeosu South Korea 2 x 62 Coal TDF

2007 2008China Petrochemical Corp.

SINOPEC MaomingMaoming China 2 x 110 Petroleum Coke

Petroleum Coke (60%), Coal(40%)

2006 2008 Abalco S.A.Alumar Alumina

RefineryBrazil 2 x 60 Coal Petroleum Coke

2006 2008China Petrochemical Corp.SINOPEC Tianjin Company

Tianjin China 3 x 100 Petroleum Coke Coal

2006 2008 Votorantim Metais Niquel S.A.Acampamento

MacedoBrazil 50 Petroleum Coke Coal, Wood

2006 2008 Deven JSCo Devnya Bulgaria 100 Petroleum Coke Bituminous Coal

2006 2007China Petrochemical Corp.

SINOPEC QingdaoQingdao China 2 x 75 Petroleum Coke Coal

2005 2007China Petrochemical Corp.

SINOPEC GuangzhouGuangzhou China 2 x 115 Coke

2004 2006 Corn Products Intl, Inc Argo USA 100 Bituminous Coal

We offer a full range of steam generator equipment, aftermarket products and servicesto the power, industrial, 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, our experience comesfrom over a century of designing, servicing, and continually improving steam generating equipment.

Utility Steam Generators• Circulating Fluid Bed• Pulverized Coal• Oil & Gas• Supercritical Steam• Solar Power

Industrial Steam Generators• Package• Grate & MSW• Metallurgical Waste Heat• Heat Recovery Steam Generators

Auxiliary Equipment• Feedwater Heaters• Condensers• Biomass Gasifi ers

Steam Generator Services• SCR and SNCR Systems• Low NOx Combustion Systems• Replacement/Upgraded Parts• Construction Services• Modernizations

GLOBALLYwww.fwc.com

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Relanderinkatu 2FI-78201 Varkaus, FinlandT +358 (0) 10 393 11

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ul. Staszica 3141-200 Sosnowiec, PolandT +48 (0) 32 368 1300

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