Contents
4 AE&E Group
6 Tailor made solutions
8 Fluidised bed technology
13 Boilers for special fuels
14 Industrial steam generators
16 Gas turbine applications
19 Turnkey solutions
21 R&D
22 References
2
ENERGY FOR FUTURE GENERATIONS
In today’s modern society, there is a need for both technically sound and environmentally friendly solu-
tions for the production of heat and power. AE&E fully meets these demands off ering its customers
technologies for providing steam and electricity from renewable fuels as well as the effi cient use of tra-
ditional fossil fuels.
AE&E‘s knowledge in the fi eld of power production and steam generation is built on a strong foundation
of tradition and experience, drawing from more than 150 years and over 300 references worldwide.
3
> Integrated energy solutions
> Fluidised bed boilers> Grate boilers> Coal fi red (PC) power
plants> Special fuel boilers> Heat recovery steam
generators> Industrial size combined
cycle power plants
> Integrated Energy- from-Waste solutions
> Combustion systems for Energy from Waste
> Air pollution control for Energy from Waste
> Energy recovery system
> Integrated air pollution control solutions
> Dedusting > Wet fl ue gas cleaning> Dry fl ue glas cleaning> Dry sorption> DeNOx systems> Residue treatment
> Combined cycle power plants
> Combined heat and power plants
> Open cycle power plants
STEAM GENERATORS
AND PLANTS
ENERGY FROM
WASTE
AIR POLLUTION
CONTROL
COMBINED CYCLE
POWER PLANTS
ALL FROM A SINGLE SOURCE
THE AE&E GROUP
AE&E is an international plant engineering and construction company which supplies thermal power generation and environ-mental technologies. The innovative products of our turnkey plants, components and systems add unique value to the world’s main energy markets. Today, our track record comprises over 1,000 reference projects worldwide.
AE&E enjoys a solid tradition and a history of more than 150 years of project management experience. Its well-established global players contribute to the Group’s sustained success.
We off er integrated customised solutions and combined exper-tise from a single source. The solutions we supply throughout the life cycle of a plant are synonymous with technological leader ship. Thus, we also establish lasting relationships with our customers.
Our team of global players provides comprehensive know-how. United, we operate from worldwide business locations and with more than 5,000 employees.
4
The AE&E Group
more than 5,000 employees
30 locations worldwide
more than 1,000 references
> Operation and maintenance
> Modernisation and upgrades
> Co-fi ring of biomass> Emission reduction> Performance
improvements> Plant condition
assessment> Life time calculation
> Boiler pressure parts> Pressure vessels> Heat exchangers> Coal gasifi cation
components> Valves
> Basic engineering and design
> Detail engineering> Detailing of boilers
and heat recovery steam generators
> Project quality assurance/control
> Vendor evaluation> Inspection
and expediting
SERVICE GLOBAL
MANUFACTURING
ENGINEERING
SERVICES
Your trusted partner, from single systems to complete turnkey plants
AE&E off ers innovative solutions that meet your most demanding requirements in terms of quality, effi ciency and sustainability. At the same time AE&E helps protect our environ-ment.
We off er everything from engineering, design and construction to commissioning, from a single component or system to a com-plete turnkey plant. Our service programmes ranges from support and maintenance to plant management and operation.
Our wide range of products and technologies, as well as our global experience allow us to off er integrated customised solutions and combined expertise from a single source.
AE&E – Clean Energy Solutions
5
TAILOR MADE SOLUTIONS
POWER PRODUCTION AND STEAM GENERATION FROM ALL KINDS OF FUELS
Leipa | Germany
AE&E provides a broad range of proprietary technologies based on numerous patents. Advanced technologies are available for the utilisation of many solid, liquid and gaseous fuels. The tech-nology portfolio for power production and steam generation includes various types of fl uidised bed combustors, steam gene-rators and combined cycle power plants.
By combining environmental technologies with steam genera-tors and plants, AE&E can off er complete solutions which meet the highest demands in the areas of energy effi ciency and envi-ronmental standards.
Global reachAE&E is represented worldwide by diff er ent business units and off ers integral one-stop-shop solutions to its customers. AE&E offi ces specialised in steam generators and plants are located in Australia, Austria, Czech Republic, China, India, Germany and the United States of America, where a strong and dynamic team of over 900 employees are working on these technologies.
For detail engineering and the fabrication of boiler pressure parts, steelwork and other plant components, AE&E can rely on the specialists of their engineering departments and global manufacturing facilities.
6 6
TECHNOLOGIES FOR ALL KINDS OF FUELSSTEAM GENERATORS
With a broad range of proprietary technologies AE&E is able to offer first-class solutions in the
energy business. No matter the fuel source, suitable combustors and boilers are available
for most of the traditional fossil and also renewable fuels.
Fluidised bed boilers Fluidised bed combustion is characterised by thorough mixing of the fuel in a dense cloud of heated solid particles under control-led temperature conditions. This excellent mixing leads to improved heat and material transfer during combustion allowing various fuels to be fi red simultaneously in the same boiler. A wide variety of coals can be combusted, as well as clean biomass and many other forms of fuels, such as biofuels, waste wood, sawmill residues and green wastes.
AE&E has successfully designed and built fl uidised bed combus-tors for Refuse Derived Fuels (RDF) and developed a special Copeland reactor for thermal treatment of industrial and sew-age sludges.
The general advantages of our fl uidised bed systems are> High fuel fl exibility> High burn-out rates > Naturally low emissions> Excellent system availability and long continuous operation
periods> Minimum maintenance costs
AE&E off ers 4 types of fl uidised bed technologies, distinguished by capacity, fuel and the industrial application.
Gardanne | France
8
AE&E utility-size circulating fl uidised bed boilers (CFB) focus on the generation of highly effi cient power and heat on an environmentally friendly basis in the upper unit size range.
AE&E is proud to possess a long proven track record for the combustion of a wide range of fossil fuels. Almost all solid fuels can be fi red economically including:> High ash coals (lignite and bituminous) > High moisture lignite> High sulphur coals (e.g. pet coke)> Low volatile coals (e.g. anthracite)
In addition to the economical use of diffi cult coals, a reduction of the plants carbon footprint due to co-incineration of biomass is also possible.
Reference: Neyveli, IndiaUtility-size circulating fl uidised bed
Fuel:Lignite coal
Technical data: Thermal capacity: 2 x 628 MWthLive steam: 845 t/h, 540°C / 540°C, 173 bar
Design
Utility-size
circulating fl uidised
bed
Fuels
All kind of coals,
waste coals, coal
residues, pet coke,
addition of biomass
and other fuels
References
Over 100 units
in operation
FLUIDISED BED TECHNOLOGY
UTILITY-SIZE CIRCULATING FLUIDISED BED BOILERS
Neyveli | India
9
ColumnFluidised Bed Technology
FLUIDISED BED TECHNOLOGY
POWERFLUID® CIRCULATING FLUIDISED BED BOILERS
Design
POWERFLUID®
circulating fl uidised
bed boilers
Fuels
Coal and coal
residues, biomass,
bark and wood,
sludge, RDF
(refuse derived fuel),
plastic waste, other
fuels
References
Over 30 plants
Bischoff erode | Germany
10
POWERFLUID® circulating fl uidised bed boilers are used for steam and power generation from coal and the combustion of biomass and biogenous residues and wastes for industrial and power generation companies.
Additional POWERFLUID® features:> Open nozzle grid for the removal of coarse particles.> Tailor-made concepts based on fuels (adiabatic combustion
chamber etc.)
Reference: Bischoff erode, GermanyCirculating fl uidised bed boiler with reheat – POWERFLUID®
Fuels Natural wood chips, untreated wood waste
Technical dataSteam output: 58.8 t/h / 57.4 t/hSteam temperature: 535°C / 535°CSteam pressure: 130 bar / 25.4 bar
ECOFLUID® bubbling fl uidised bed boilers represent an important part of AE&E‘s “biomass power” plants portfolio. ECOFLUID® is a fl exible design and constitutes the ideal fi ring technology for biomass and other biogenous residues and wastes.
Additional ECOFLUID® features:> Minimum lower calorifi c value of approx. 3 MJ / kg> Precise temperature control of the combustion> Open nozzle grid for the removal of coarse particles
Reference: Hallein, AustriaBiomass fi red bubbling fl uidised bed boiler – ECOFLUID®
FuelsRejects, sludges, wood waste, bark, sawdust and gas
Technical dataSteam output: 39 t/hSteam temperature: 450°CSteam pressure: 61 bar
FLUIDISED BED TECHNOLOGY
ECOFLUID® BUBBLING FLUIDISED BED BOILERS
Design
ECOFLUID®
bubbling fl uidised
bed boiler
Fuels
Biomass, bark,
sewage sludge, pulp
and paper industry
residues, agricultural
waste, RDF, fossil
fuels waste wood
References
Over 30 plants
Hallein | Austria
11
Fluidised Bed Technology
AE&E’s refuse derived fuel fl uidised bed boilers is the perfect solution for industries who require a technology for the combustion of high calorifi c residues. Refuse derived fuel (RDF) is produced by processing municipal solid waste, it consists largely of high calorifi c residues of municipal waste such as plastics. This unique fuel however presents several special challenges for the boiler design due to high content levels of heavy and non-ferrous metals, high chlorine levels and a high amount of inert coarse particles.
Special features:> Adiabatic combustion chamber> Radiation pass and horizontal back pass> Bed material heat exchanger
AE&E’s development and experience with RDF fi ring in fl uidised bed boilers extends back to 1995, with operating plants in Germany and Austria. AE&E’s boilers are designed to generate steam using only RDF fuel, however full load can also be achieved with a backup fuel such as coal or fuel oil.
Reference: Neumünster, GermanyPOWERFLUID® Circulating fl uidised bed boiler
Neumünster | Germany
FLUIDISED BED TECHNOLOGY
REFUSE DERIVED FUELS
FuelsRDF, coal, sludge, light fuel oil, natural gas
Technical dataSteam output: 97 t/hSteam temperature: 470°CSteam pressure: 66 bar
12
Design
ECOFLUID®
bubbling fl uidised
bed boilers
Fuels
Biomass, residues,
refuse fractions,
sludge
References
2 plants
Design
POWERFLUID®
circulating fl uidised
bed boilers
Fuels
Coal, biomass,
residues, refuse
fractions, plastic
References
8 plants
INDUSTRIAL STEAM GENERATORS
BOILERS FOR SPECIAL FUELS
Design
Grate boilers
Fuels
Biomass, coal
References
Over 15 units
Design
Copeland bubbling
fl uidised bed
combustor
Fuels
Sludges, liquors,
biomass
References
Over 60 sites
worldwide
13
The Copeland reactor The combustor of choice for the thermal treatment of industrial and municipal sludge is the fl uidised bed. AE&E’s Copeland combustor reactor, featuring an adiabatic combustion chamber, is especially well suited for this purpose. It fi nds its applications in> Sludge combustion with ≥ 24% solids > Chemical recovery in Pulp and Paper Industry> Biomass and biosolids combustion with steam generation
Reference: Corn Plus, United States of AmericaCopeland bubbling fl uidised bed combustor
FuelCorn syrup
Technical dataSteam output: 45 t/hSteam temperature: 180°CSteam pressure: 10.3 bar
Grate Boilers Grate boilers are designed as a cost effective solution for the efficient and environmental friendly firing of a broad range of biomass fuels and coals either as a single fuel or in combination.
Main features:> Diff erent grate types with respect to fuel used> Designed to avoid corrosion and smelting> Low excess air for better emission control> Fast start up and load changes
Reference: South Nyirseg, HungaryBiomass boiler with vibrating grate fi ring
FuelWood chips
Technical dataSteam output: 80 t/hSteam temperature: 515°CSteam pressure: 93 bar
South Nyirseg | Hungary Corn Plus | United States of America
Boilers for Special Fuels
CUSTOMISED SOLUTIONS FOR INDUSTRY AND UTILITIES
INDUSTRIAL STEAM GENERATORS
AE&E has developed and standardised industrial and power plant boilers for various
industries. Whether it be for conventional fossil fuels, renewable fuels such as biomass or
special fuels from the chemical industry, AE&E has a boiler solution for every situation.
Sembcorp | Singapore
AE&E off ers a large number of customised boiler solutions for diff erent industrial applications and various branches, e.g. the pulp and paper industry, the iron and steel industry, the non-ferrous metal industry, the chemical industry, sugar industry, municipal and private waste disposal and power generation companies. In addition, AE&E provides favourably priced standard solutions for conventional fuels.
The industrial applications are covered throughout wide steam output range from 30 t/h up to 600 t/h in general.
14
15
Design Fuels Main Features References
PC boilers industrial Coal New installations, reconstructions, retrofi ts, upgrades, experience with wide variety of diff erent coals
Kakanj K6, BiHTechnical: 350 t/h, 540°C, 140 / 32 barFuel: Brown coal
PC boilers utility Coal New installations, reconstructions, retrofi ts, upgrades, experience with wide variety of diff erent coals
Lünen, Germany (in partnership with IHI)Technical: 2160 t/h, 600°C / 610°C , 280 barFuel: Anthracite coal
Radiant / fi eld erected boilers
Wide variety of gas, oil and solid fuels
Modular standard design, horizontal gas fl ow. Cost eff ective and quick delivery boiler
Sembcorp Cogen Plant, SingaporeTechnical: 400 t/h, 500°C, 140 barFuel: Gas and oil
Package boilers Oil, diesel, natural gas, refi nery gas
Modular standard design, horizontal gas fl ow. Cost eff ective and quick delivery boiler
MOC Cracker, ThailandTechnical: 3 x 150 t/h, 405°C, 42 barFuel: Natural gas
Compact boilers (CoGB)
Blast furnance gas, coke oven gas, oil, natural gas
Optimised transportability and easy erection. Bottom supported. Single drum. Low cost investment, operation and maintenance
Smederevo, SerbiaTechnical : 75 t/h, 450°C, 40 barFuel: Coke oven gas, blast furnace gas
POWERBLAST® Blast furnance gas, coke oven gas, LD vessel gas
Combustion of process gases based on strict emission statues, customised boiler models with either one or two drum design
VoestAlpine Unit 07, AustriaTechnical: 460 / 422 t/h, 543°C / 562°C , 142 / 35.5 bar, Fuel: Blast furnace gas, coke oven gas, natural gas, light fuel oil
SULFITEPOWER® Sulphite liquor, oil, gas
Closes the chemical cycle during pulp cooking and not only combines chemical recovery with raw acid preparation and the combustion of malodorous gases, but also adheres to the strictest environmental regulations
Amakhulu, South AfricaTechnical: 270 t/h, 490°C, 85 barFuel: Sulphite liquor, methanol, fuel oil
SODEX® Soda and other liquors, oil, gas
Combustion of chemical and pulp industry wastewater containing sodium and potassium and biogenous impurities (e.g. from pulp plant bleaching) at minimum emission levels
Sarpsborg, NorwayTechnical: 57 t/h, 275°C, 45 barFuel: Sodium liquor, process waste gas, fuel oil
Industrial Steam Generators
AE&E is your best choice for combined cycle solutions AE&E has full turnkey EPC contractor capabilities and is specialised in providing solutions which are independent from gas and steam turbine manufacturers. AE&E provides the best configuration with respect to the customers key requirements such as price, efficiency and availability. Heat recovery steam generators of AE&E proprietary design are also available.
Advantages of combined cycle power plantsNatural gas burnt in a gas turbine generates electrical power in a generator coupled to the turbine. The heat content of the exhaust gas is then used to generate high pressure steam in a heat recovery steam genertor. Driven by this steam, a steam turbine provides additional power and allows extracting steam for district heating or other purposes. This process achieves higher effi ciencies and lower fuel consumption.
Duisburg | Germany
Source: Duisburger Versorgungs -
und Verkehrsgesellschaft mbH
16
EFFICIENT ENERGY SOLUTIONS
GAS TURBINE APPLICATIONS
AE&E is specialised in tailor-made solutions for gas turbine applications
that meet our customers‘ needs.
Gas turbines in the range from 40 to 170 MWe are frequently used by the industry as well as public utilities for the combined local supply of heat and power at efficiency rates above 85%.
AE&E provides intelligent solutions adjusted to the project specific requirements for the supply of power and heat.
Reference: Duisburg, Germany> Plant output: 238MWe, 167MWth district heating> Steam conditions HP - 2 x 94 t/h, 95 bar, 533°C RH - 2 x 111 t/h, 18 bar, 530°C LP - 2 x 12 t/h, 4 bar, 206°C
Conversion open cycle to combined cycle In order to improve plant efficiency and reduce emissions, existing gas turbine plants operating in open cycle may be converted into highly efficient combined cycle plants.
AE&E know-how for overall process heat balance and turnkey design enables us to offer you state-of-the-art modernisation of such existing facilities.
Topping cycle applicationGas turbines may also be used to boost the capacity, increase the overall efficiency and improve the emission balance of an existing conventional power plant. In this case the heat of the gas turbine exhaust gases is used to preheat feed water or the gases are directly used as an oxygen source for the main process replacing part of its combustion air. AE&E reference plant of Weisweiler is an example for such application.
Reference: Weisweiler, Germany> Turnkey topping cycle plant for feed water preheating in
lignite fi red power plant> 2 Gas turbines + feed water preheaters
DistrictHeating Grid
Air
Diesel oil
Natural Gas
SH Evap. Eco SH Evap.
Eco
Public Power Grid
Air
NaturalGas
Heat Recovery Heat Exchanger
New Equipmentincluding tie-ins
HP 2 HP 1 LP 3
fromCondenser
toBoiler
LP 2 LP 1
CondensateBooster Pump
Gas Turbine
Weisweiler | Germany
Flow diagram,
combined cycle power plant with district heating
Weisweiler,
fl ow diagram for topping cycle plant
17
Gas Turbine Applications
WASTE HEAT APPLICATIONS
HEAT RECOVERY STEAM GENERATOR
AE&E designs and delivers Heat Recovery Steam Generators (HRSG) for both industrial
and utility customers. These unique boilers are designed to recover the waste heat of gas
turbine flue gases and convert it to steam for use in power generation or in an industrial
process directly.
AE&E’s range of HRSG include> Vertical gas flow> Horizontal gas flow > Single, dual and triple pressure with reheat> Fired and unfired> Designs for both industrial and utility customers
Main design features of AE&E HRSGSignificant attention is paid to the optimisation of the technical solution from the view of the specific requirements of the customer. AE&E has both vertical and horizontal design boilers for industrial and utility customers. Both HRSG designs feature natural circulation of water-steam mixture in the evaporator.
AE&E‘s HRSG include design options such as:> Gas turbine sizes up to 310MWe> Indoor and outdoor installation> Module, bundle, loose harps erection concepts
Reference: Ambarli, Turkey2 x HRSG vertical triple pressure with reheat and natural circulation behind 2 x SGT5-4000F Gas Turbines
Technical dataSteam conditions: HP: 278 t/h, 530°C, 112 bar RH: 332 t/h, 524°C, 31 bar LP: 52 t/h, 194°C, 4 bar
NPC | Thailand
18
Design
Industrial heat
recovery steam
generator
Capacity *
4 – 170 MWe
*according to GT size
References
Over 175 units
Design
Utility heat recovery
steam generator
Capacity *
170 – 310 MWe
*according to GT size
References
Over 20 units
Heat Recovery Steam Generator
AE&E plant capability – one stop shoppingBeyond technological excellence, AE&E will also be a compe-tent partner through all stages of project development. AE&E can provide:
> Technical and commercial feasibility studies> Assistance in questions of project fi nancing> Support for permit applications by approval engineering and during discussions with authorities
Depending on the customers‘ requirements AE&E’s scope of delivery may cover:> Supply of components, such as pre-assembled or on-site erected boilers> Gas turbine and steam turbine generators> Engineering, delivery, installation and commissioning of tailor- made systems like complete boiler islands
> Integration of third party equipment into AE&E plants> Full scope turnkey power plants> Service during the period of commercial operation
AE&E’s turnkey contractor capabilities are proven in numerous plants ranging from coal fi ring, sludge incineration and biomass combustion to combined cycle power plants. Modern project management tools are applied to ensure timely handover and excellent quality of our plants.
Process engineering mastery, extensive know-how and the experience in combining individual modules within the overall plant, enable AE&E to design optimum solutions from both technical and economic stand point.
TURNKEY SOLUTIONS
BOILERS AND PLANTS
AE&E has decades of experience in the delivery of turnkey power plant solutions for combined
cycle, steam plants and cogeneration applications. AE&E provides complete engineering
design, project management and construction resources to fully execute turnkey power plants.
Ravensthorpe | Australia
19
Turnkey solutions
Rostfeuerung
Our plant service is at your sideOur service teams know their trade inside out. Our expertise covers every aspect of plant engineering, maintenance and modernisation. We aim at minimising downtime. This ensures a cost-eff ective operation and an optimised cost-benefi t ratio.
> We take care of the entire maintenance, from planning to implementing maintenance programmes – if requested, and within the scope of maintenance and service level agreements.
> In the event of a malfunction, our rapid, effi cient on-site deployment handles the problem reliably and competently.
> We analyse specimens in our laboratory and provide accurate conclusions without delay.
> We develop and implement optimisation concepts for your plant.
> We promptly deliver spare parts, directly ex warehouse.> We thoroughly and individually train your personnel with,
e.g. our own, in-house simulation software.
Trust us for the smooth operation of your plant.
SERVICE
WE REMAIN AT YOUR SIDE – EVEN AFTER COMPLETION
Even after your plant has been commissioned, we remain at your disposal. Our service portfolio
includes a comprehensive programme of maintenance and modernisation support for power
plants and industrial facilities. If required, we even train your personnel and operate your plant.
20
Service
Technological leadershipAE&E provides technological leadership with all of its energy and steam related products through intensive, theoretical and practical testing both on models and in full scale. These endeavours are underpinned by in-house chemical laboratories as well as Computational Fluid Dynamics (CFD) specialists.
Focus on CO2 reduced power generationA reduction in greenhouse gases is a global objective and necessity. AE&E provides highly effi cient equipment and plant solutions including the substitution of fossil fuels by renewable alternatives fi red in AE&E´s fl uidised bed technologies. Both are an important step in reducing CO2 emmisions, AE&E is also conducting research on fossil fi red zero-emission power plants (CO2 capture).
Chemical laboratoryAE&E has its own chemical laboratories, which support special research projects. AE&E‘s technology range in combination with long-term experience in power plant chemistry, environmental and residue analysis make AE&E a competent partner in the fi eld of chemical analysis.
Our CFD calculation specialists obtain detailed insights into the spatial and temporal correlation between fuel concentration distribution, temperature ambience and specifi c system parameters, in order to develop appropriate strategies for the optimisation of emission behaviour of our steam generator plants.
STATE-OF-THE-ART TECHNOLOGY
R&D / INNOVATION
AE&E attaches a high importance to the ongoing further development of technologies in the
areas of thermal power generation and environmental technology by means of intensive
research. The aim of these R&D activities is to consolidate and enhance product efficiencies
and company competitiveness.
21
R&D / Innovation
REFERENCES
22
Mellach | AustriaHeat Recovery Steam Generators
Scope: 2 x Triple pressure HRSG with reheat Steam Conditions: HP – 2 x 267 t/h, 130 bar, 560°CRH - 2 x 301 t/h, 30 bar, 560°CLP – 2 x 41 t/h, 4 bar, 226°C Year of order: 2008
Condamine | AustraliaCombined Cycle Power Plant
Plant output: 140 MWelSteam Conditions: 92 t/h, 515°C, 62 bar Year of order: 2007
Voestalpine Linz Unit 7 | AustriaPOWERBLAST® Boiler
Steam conditions: 460 / 422 t/h,543 / 562°C, 142 / 35.5 bar Fuel: Blast furnance gas, coke oven gas, natural gas, light fuel oil Year of order: 2007
MCES | Minnesota | USACopeland BFB Boiler
Steam conditions: 21 t/h, 371°C, 31 bar Fuel: Sewage Sludge Year of order: 2004
Worsley | AustraliaPOWERFLUID® Steam Plant
Steam conditions: 360 / 325 t/h, 540°C / 540°C, 160 / 42 bar Fuel: Coal and wood waste Year of order: 2008
Maxau | GermanyPOWERFLUID® Steam Plant
Steam conditions: 198 t/h, 520°C, 95 barFuel: Coal, bark, rejectsYear of order: 2008
Gardanne | FranceUtility Size CFB Plant
Plant output: 250 MWelSteam conditions: 710 t/h, 565°C / 565°C, 169 barFuel: Bituminous and lignite coalYear of order: 1992
Morupule | BotswanaUtility Size CFB Plant
Plant output: 4 x 150 MWelSteam conditions: 4 x 520 t/h, 540°C / 540°C, 139 barFuel: Bituminous coalYear of order: 2009
Some examples from more than 300 steam generators and plants
built by AE&E worldwide.
23
Moerdijk | NetherlandsECOFLUID® Steam Plant
Steam conditions: 132 t/h, 478°C, 67 barFuel: Chicken litterYear of order: 2006
Soderhamn Energi | SwedenECOFLUID® Steam Plant
Steam conditions: 41 t/h, 503°C, 62 barFuel: Bark, forestry wood, wood chipsYear of order: 2005
Palm Worth | GermanyECOFLUID® for Paper Mill Steam conditions: 60 t/h, 440°C, 76 bar Fuel: Rejects, sludge, biogas Year of order: 2006
Sino Iron | AustraliaCombined Cycle Power Plant Plant output: 450 MWel Steam conditions: 6 x 169 t/h,520°C , 58 bar Year of order: 2008
Sembcorp Cogen | SingaporeIndustrial Radiant Boiler
Steam conditions: 400 t/h, 550°C, 140 bar Fuel: Natural gas and oil Year of order: 2006
Mitr Phol | ThailandGrate Boiler for Biomass
Steam conditions: 120 t/h, 510°C, 69 bar Fuel: Bagasse, bark, rice husks Year of order: 2003
Savannah | MauritiusIndustrial Boiler
Steam conditions: 185 / 150 t/h, 525°C, 82 bar Fuel: Coal and bagasse Year of order: 2005
Smederevo | SerbiaCompact Boiler
Steam conditions: 75 t/h, 450°C , 40 bar Fuel: Coke oven gas, blast furnace gas Year of order: 2005