Metso Automation For reliable and user

Metso Automation
For reliable and user-friendly
energy production
February 2014
Matti Miinalainen
Content
1. Metso Group overview
2. Metso Automation in short
3. Metso DNA for reliable energy production
4. Metso’s solution for Turbine Automation
5. Selected references – Power industry
Metso DNA –
for reliable and user-friendly
energy production
Power production applications
Highlights of Metso DNA features
Specialized expertise in the power industry
FLUIDIZED BED BOILERS
Flexible multi fuel combustion,
combustion optimization with
corrosion management
GASIFICATION
High cycle efficiency, high
availability
PYROLYSIS
Environmentally efficiency, high
availability,
COAL FIRED
High availability, emission
minimization, combustion
optimization, flexible usage
COMBINED CYCLE
High availability,
emission minimizing, flexibility
WASTE-TO-ENERGY
Maximizing waste disposal,
emission management,
environmentally efficiency
COGENERATION
Flexibility, steam network
management, high availability
HYDRO POWER
Efficiency, availability, river
optimization
SOLAR POWER
Efficiency, availability, optimizing
lifecycle maintenance costs
© Metso
22
Product portfolio
Metso DNA Energy
Management
Energy Demand Forecasting
Energy Trading and Purchasing
Production Optimization
Plant Management
Applications
Metso DNA Plant Operation Monitoring
Metso DNA Boiler Performance Monitoring
Metso DNA Steam Turbine Performance Monitoring
Metso DNA Boiler Sootblowing Manager
Metso DNA Boiler Life Monitoring
Metso DNA LCP Emission Monitoring
Reporting & Analyzing
Tools
Metso DNA Historian Calculation Environment
Metso DNA Report
Information Services
(Databases)
Metso DNA Historian
Metso DNA Operate – Alarms & Events Server
Application databases (SQL Server)
Advanced Control
Applications
Metso DNA
01
© Metso
Metso DNA Fuel Power Compensator
Metso DNA FBB Combustion Manager
Metso DNA Steam Turbine Controller
Metso DNA Steam Network Manager
Metso DNA Training Simulator
User Interaction
Automated Process
Secured Lifecycle
One system for all automation in power generation
Metso DNA
02
© Metso
Metso DNA redundancy
• Backup Power Supply for
- control node cabinets and rack I/O’s
• Optional power backup for
- control room devices and servers
Redundant hard disks and
backup tape device
Information Server
Engineering Server
Operator Interface
Alarm Processing
Redundant control room bus and process bus
Back-up
(BU)
• Redundant power supplies
and Interface controller
•Redundant M120 I/O units
Redundant
hard disk
PCS
PCS
PCS
GTW-LIS
GTW-LIS
Redundant
process
controller
Redundant PLC
interface
Profibus DP
devices
• Redundant Field Bus
• Redundant I/O power
supply per rack
Availability up to
99,98%
03
© Metso
ACN MR - powerful Metso DNA controller
5ms control cycles now possible
ACN MR
Servo output unit
AOI3S
Technology
Servo outputs
AIT4L Inputs
• Intel Atom processor
• 3 analog output channels
• 4 LVDT input channels
• Industry spec components
• Output range -100…+100 mA
• Input update interval 1 ms
• 5 Ethernet ports
• Settable range min and max
• Settable measurement filter
• installed in I/O-group
• Settable dither
• 16 bit A/D converter
• Controller redundancy
Performance
• Down to 5 ms control cycles
• 2 I/O-groups with < 20 ms
cycles
• More I/O-groups via Ethernet
- Frequency 50…500 Hz
AIT4CInputs
- Amplitude 0…10 mA
• 4 input channels 0/4-20 mA
• Field loop diagnostics
• Input update interval 1 ms
DI for Valve shut down
• Settable measurement filter
• 1 digital input channel
• 16 bit A/D converter
• Field voltage supply 24 VDC
Isolation
• Current limit 40 mA
• Field to system 1500 VAC
• Shut down function attachable
• Between channels 500 VAC
to each AO channel individually
• Reaction time 2 ms
04
Valve position input
© Metso
• Power load unbalance runback
Metso DNA Operate
Operation tools for efficient problem solving
Start History mode
• Efficient alarm analysis with 1
ms Sequence of Events (SOE)
• Replay history from any picture,
“time machine”
• Drag and drop trend analysis
• Dynamic function and
interlocking descriptions for
machine and process
• Integrated diary entries for
trends and loops
Feeling of
control
05
© Metso
History mode
indication
Select displayed
moment and replay
Multilingual Metso DNA Control Panel
• Used language can be selected per operator station
• There can be several languages to choose from (these needs to be agreed
already on the sales phase)
06
© Metso
Typical condition monitoring measurements
Boiler and Turbine-Generator
Turbine generator
(gas, steam or hydro)
•
•
•
•
•
•
•
•
•
07
Relative shaft vibrations (x-y)
x/y positions (GAP voltage)
Absolute bearing vibrations (x-y-z)
Axial positions (z)
Differential expansions
Absolute expansions
Shaft eccentricity
Tachometer
Process parameters
© Metso
Process specific auxiliary
equipment, e.g.
• Boiler HP feed pumps
• Circulation water pumps
• Exhaust air fans
• Fresh air fans
• Primary air fans
• Secondary air fans
• District heating pumps
• Coal / peat mill feed air fans
• Booster pumps
Fully integrated vibration monitoring
• ACN I/O solution
-
ACN M120 series I/O group with AIV8V
units for fast dynamic measurements
Max. 128 channels per I/O group
8 measurements per I/O card => card
amount depends on monitoring points
• Vibration monitoring processing unit
-
ACN CS and ACN RT
A separate or shared with controls
• Application
-
08
© Metso
Measurement, calculations, alarm limits
User Interface elements
History trending if TEA or IA databases are
part of the controls package
Vibration
levels are
on alarm or
warning
level
Fuel Power Compensator (FPC)
• Compensates variations in:
-
fuel quality (dry/wet fuel, multiple fuels)
fuel amount (unmeasured variable)
• Improves combustion by supporting fuel flow
controller and making corrections based on
calculated fuel power
• Calculates fuel power in two different ways:
-
flue gas oxygen method (dynamic situations)
steam balance method (steady-state situations)
• Stabilizes:
-
boiler production
fuel consumption (minimizes usage)
combustion variables
• Recommended with Combustion Optimizer
09
© Metso
Proven benefits with Advanced Control
Applications
CO before
1000
800
800
600
600
400
400
200
200
0
100
200
400
500
600
700
O2 before
10
0
8
6
6
4
4
2
2
100
200
300
400
500
600
700
Nox before
250
0
200
150
150
100
100
50
50
0
100
200
300
400
100
200
300
500
600
700
0
400
500
600
700
O2 after
Optimization On
100
200
300
400
500
600
700
Nox after
250
200
© Metso
Optimization On
10
8
0
10
300
CO after
1000
Optimization On
100
200
300
400
500
600
700
Latest in Metso DNA to boost your
power generation
11
Turbine
controls
Pulverized
coal fired
combustion
optimization
Sootblowing
optimization
Condition
monitoring
© Metso
Staying competitive in the electricity market
Metso played a significant role in
helping Grant Town avoid
considerable cost of installing a
post combustion flue gas
treatment system, and met our
expectations of efficient, low cost
operation.
Steve Friend
Plant Manager
American Bituminous
$12 million savings
resulted in reduction of
7% limestone usage over
the operating range
12
© Metso
Turbine Automation
Customer specific approach
with deep knowledge of
Steam Network controls
Metso DNA Turbine Controller
• System
-
Common solution for the balance
of the plant, boiler and the turbine
-
Special fast io-cards for 5ms cycle
time
• Turbine controller
-
All required controls and
sequences
-
Better integration of boiler and the
turbine controls in demanding
industrial applications
Simulator for FAT and training
-
• Industrial customers
14
© Metso
Advanced combustion controls
Model predictive steam network
control
Metso DNA steam turbine automation
• Coordination of turbine and boiler island
• Redundancy at all levels
• Turbine Controller
-
Speed control with automatic start-up
Auxiliary devices
Primary and secondary control
Simulator for FAT and training
Complex industrial pressure controls
• Turbine protection
-
Over speed protection
Hima / DNA modules
Machine protection
• Machine Monitoring
15
© Metso
Performance monitoring calculations
Thermal stress calculations
Vibration diagnostics
Steam Network knowhow in CHPs
Steam Turbine essential part of the steam network
16
© Metso
Integrated machine monitoring
Metso DNA Machine
Monitoring
-
ACN MR - server
M120 - cards
17
© Metso
Metso DNA steam turbine automation
Selected references
• Extensive experience
-
Industrial turbines and large utility sized turbines
With overall control strategies for power boilers, steam
network management and frequency support
applications
Both retrofits of old installations as well as new turbine
deliveries.
• Experienced with the following steam turbines:
Doosan-Skoda, LMZ, HangZhou, Zamech, KWU, Lang
(Alstom), Bergman-Borgman, ASEA Stahl, Siemens, ABB,
Lang, BHEL, AEG, Triveni.
• OEM certification by LMZ (steam turbine)
• OEM certification by Doosan-Skoda (steam turbine)
18
© Metso
Structure of the Turbine Control and
Protection
ESD
Process Control Station
Local
Operator
Interface
Turbine controller
•Turbine run-up
•Load control
•Back-pressure control
•Steam extraction controls
•Limiting controls
•Parameters for island operation
Turbine protection
•Diagnostics
•Testing
Bus Interface
to Main System
Status data
I/O-LEVEL
Monitoring
Turbine protection
(3-Channel)
•Speed
•Position
•Watch-dog
n > MAX
Speed controller
Logic
•Island operation
•Disturbance reserve
•Load shut-off
•Manual output control
•Control mode
•Disturbance monitoring
•Protection
•Limits of generator switch
•Island operation
Valve coordinator
4...20 mA
4...20 mA
4...20 mA
4...20 mA
4...20 mA
Red.
Red.
Red.
Red.
Island operation activiated
Other measurements
Generator’s breaker closed
1x3
ESD
2x3
measurement
X2
X2
Rotating
Speed
Measurement
3 channel
(Protech 203
X2
Test
Stop valve
19
© Metso
X 1 EH
G
-
X2
X2
X 1 EH
G
-
X 1 EH
G
-
X2
X 1 EH
G
-
Control hydraulics
Control
Valves
G
Synchronizing
Device
Jaquet FT3000 overspeed SIL3 and
Hima turbine protection SIL3
+24 VDC
Overspeed 110%
Speed sensor A
Overspeed test A 110%
Speed sensor B
Overspeed test B 110%
Speed sensor C
Overspeed test C 110%
K1
Speed puls/mA (TCS)
Sensor failure A(TPS)
Overspeed 110%
K2
Speed puls/mA (TCS)
Sensor failure B (TPS)
Overspeed 110%
K3
Speed puls/mA(TCS)
Sensor failure C (TPS)
K4
Criteria A
Criteria B
Criteria C
K5
Criteria NN
…
Criteria D
K6
2/3 - voted
hydraulic
trip block
19
© Metso
20
© Metso
Unified automation system provides
many benefits
If the systems were from
different suppliers, some of
the features would definitely
be lost at some point.”
Kari Enwall
Automation-related electrical engineering
Fortum Naantali
Finland
© Metso
Selected Power References
Fluidized Bed Boilers
OTSC PC Boilers
Combined Cycle Power Plants
Turbine Controllers
Waste-to-Energy Plants
Worldwide references
23
© Metso
Power
Combined Heat &
Power
Waste to Energy
Flue gas
desulfurization
Hydro
Transmission
Refinery & Process
Combined Cycle
Solar
Wave Surge
Automating the world’s largest FBB plants
Nacogdoches 100MW – Largest biomass boiler in US
Alholmens240MW –
World’s largest multifuel boiler
Sha Lang Tan 300MW –
China’s largest FBB
Neyveli Lignite 250MW – India’s
largest FBB
© Metso
Lagisza 460MW – World’s
largest FBB – OT CFB
Selected references in CFB Plants
Capacity MWth
1200
Lagisza
1000
800
Jing Hai x2
600
Eesti Balti
Kaukas
400
Keljonlahti
Toppila I Ostroleka
200
0
EC Tychy
Rovaniemi
Kokkola
Toppila II
Tornio Rauma Pori
Langerbrugge
Kauttua
0
5
10
Bold = Foster Wheeler references
© Metso
Alholmen
15
20
25
PKE Elektrownia Lagisza S.A. Poland
• Worlds largest super-critical CFBC
Boiler
• 460 MWe
• Foster Wheeler
• July 2009 start-up
• Total Plant Controls
• > 20,000 I/O’s
26
© Metso
Date Author Title
100
0
27
© Metso
200
MWth 300
400
Cikarang 1
Cikarang 2
Nacogdoches
Gainesville
Kymin voima
Sczcecin PGE
Porin Prosessi
Ostroleka
RWE TullisRussel
Kuopion Energia
Edenderry
Övik Energi
Eneco Delfzijl
Langerbrugge
Dalkia Facture
Celbi
Rauman Voima
Wrochlaw
Kalmar Energi
UPM Chapelle
UPM Shotton
Swiecie
AS Tartu
Keravan LV
Savonlinna
Martinska
HAM Cogen
Launkalne
Helme
500
Alholmen
Metso Power & Automation together
600
Selected references in BFB plants
Capacity MWth
300
250
Capacity
200
150
100
50
0
0
5
10
15
20
Units
28
© Metso
25
30
35
40
References - China
Beijing,Liulihe Cement Cogen
Beijing, Sanhe
Liaoning, Dalian Chemical
Hebei, Zhangjiakou
Hebei, Qinghuangdao
Shandong, Lunan Cement
Cogen Zhangqiu
Henan,Xinxiang Gucheng
Henan, Xingxiang Baoshan
Henan, Xingyang
Shanxi, Shentou I
Neimenggu, Jinghai
Neimengtu, Dengkou
Jiangsu, Xutang I&II
Jiangsu, Pengcheng I&II
Jiangsu, Yizheng Chemical
Meishan Iron&Steel
Jiangsu, Xiaguan
Hunan, Lianyuan
Hubei, Xiangfan
Chongqing 1,2,3
Zhejiang, Qianqing
Sichuan, Yibin
Anhui, Tianjiaan
Anhui Tongling
Anhui, Anqing
Anhui, Ma’anshan
Guizhou, Jinsha
GuiZhou, Qianbei
Guizhou, Yaxi
Power
Cogeneration
Waste-to-Energy
Flue gas desulfurization
© Metso
Shanghai, Waigaoqiao
Shanghai, Minhang
Yunnan, Qujing
Yunnan, Kunming 1&2
Yunnan, Xiaolongtan 1&2
Yunnan, Xuanwei V,VI, VII
Yunnan, Xunjiansi
Jiangxi, Jiujiang Chemical
Jiangxi, Guixi
Jiangxi, Fengcheng I&II
Jiangxi, Fengyi
Guangzhou, Nansha CCPP
Huadian Jurong Power Plant, China
•
2 x 1000 MWe Ultra-supercritical coal fired TPP
• Start-up: 2013
•
Total BTG Controls
•
27,360 I/O’s
• Delivered by Metso SAC JV:
© Metso
Main control system,
Furnace safety surpervision system
Data acquisition system
Steam turbine digital electro-hydarulic control system (DEH)
FGD plant control system and SCR controls
Fengcheng Power Plant, China
•
2 X 700 MW OTSC
• Start-up: January 2007
• Shanghai Electric Co., China
31
•
Total BTG Controls
•
23,300 I/O’s
© Metso
Maanshan Power Plant, China
•
2 X 660 MW OTSC
•
Dec 2008 start-up
• Harbin Power Engineering, China
32
•
Total BTG Controls
•
24,200 I/O’s
© Metso
THERMAL POWER PLANTS
Metso Automation
in India
NTPC UNCHAHAR 1x210 MW
2 BALCO
3 RENUSAGAR #9 1x67 MW
4 GEB KUTCH LIGNITE 1x75 MW
5 PARICHHA 1 & 2 2x210 MW
6 NTPC RAMAGUNDAM 1x500 MW
7 MAHAGENCO KHAPERKHEDA 1x500 MW
8 ANPARA 4 & 5 2x500 MW
9 PIPAVAV TPP 2X600 MW
10 PRAYAGRAJ STPP 3X660 MW
11 GIRAL 1x125 MW
12 LEHRA MOHABAT 2x250 MW
13 NTPC RIHAND STGII 2x500 MW
14 KOTA - 6 1x195 MW
15 NTPC SIPAT 2x500 MW
7
16 TAU DEVILAL PANIPAT 7 & 8 2x250 MW
9
17 SGTPS BIRSINGHPUR 1x500 MW
4
18 NTPC KAHALGAON 1x500 MW
2
19 KPCL BELLARY 1x500 MW
33
20 DVC MEJIA 1x210 MW
26
21 NTPC VINDHYACHAL STGII 2x500 MW
22 APGENCO RAYALASEEMA 2x210 MW
23 MS EB PARLI 1x250 MW
24
CS EB KORBA EAST 2x250 MW
25
KAHALGAON STGII 2x500 MW
26
PARAS #1 1x250 MW
27
MEJIA 5&6 2x250 MW
28
CHANDRAPURA 2x250 MW
29 SANTALDIH 1x250 MW
30 JINDAL RAIGARH 4x250 MW
31 AMARKANTAK V 1x210 MW
32 BAKRESWAR 4&5 2x210 MW
33 UKAI 1&2 2x120 MW
34 TANDA (R&M) 3x110 MW
35TENUGHAT (R&M) 1x210 MW
36
MAHAGENCO BHUSAWAL 2X500 MW
37 NTPC SIMHADRI II 2X500 MW
38 OP JINDAL STPP 4X600 MW
1
© Metso
10
1
8
12
5 6
16
7
9
CAPTIVE POWER PLANT
14
1
13
1
34 21
11
4
10
13
3
4
10
5
9
2
COMBINED CYCLE POWER PLANTS
1 KUTTALAM CCPP 101 MW
2 DHUVARAN CCPP 107 MW
3 GMR KAKINADA 230 MW
4 GMR VASAVI CCPP 4X50
5 MW
6 BHUSHAN CCPP 1x60 MW
7 BHADRACHALAM1x21MW
8 DHOLPUR CCPP 330 MW
9 BHILAI STEEL 1x15 MW
10 BHUSHAN 60 MW
RAICHUR (R&M)
3
6
35
8
17 31
9 24 8
5
13
12
30
38 2
36
12
7
11
37
9
2
10 19
3
2
3
4
5
6
7
8
9
10
11
6
7
20
25
3 27 18 32
15
28 29
8 11
5
23
1
12
13
6
ADITYA CEMENT 1x23 MW
RIL, HAZIRA 40 MW
TISCO JOJOBERA 1x120 MW
HINDUSTAN ZINC LTD. 2x77 MW
RAIGARH 55 MW
HINDALCO 1x35 & 1x6 MW
ITC BHADRACHALAN 1x18.5 MW
BHUSHAN LTD. 1x77 & 1x30.75 MW
MONET ISPAT 1x80 MW
NALCO ANGUL 2X120 MW
GNFC 2x25 MW
TISCO JAMSHEDPUR 1x30 MW
SPB ERODE 21 MW
HYDRO POWER PLANTS
22
14
1
1
3
2
4
4
5
6
7
8
9
10
11
12
13
NHPC PARBATI HEP 4x200 MW
KPCL ALMATTI HEP 5x55 & 1x15 MW
NEEPCO TURIAL HEP 2x30 MW
MPEB MADHIKEDA HEP 2x20 MW
THDC KOTESHWAR HEP 4x100 MW
MANERI BHALI HEP 4x76 MW
ROLEP HEP 2x18 MW
MUKERION HEP 2x9 MW
KOLDAM HEP 4x200 MW
SEWA 3x40 MW
CHIPLIMA HEP 1x25 MW
MADHIKHEDA HEP 1x20 MW
KAMENG HEP 4x150 MW
OP Jindal Super Thermal Power Plant, India
34
•
4 x 250 MW
•
BHEL
•
Sept 2008 start-up
•
Total BTG Controls
•
~ 50,000 I/O’s
© Metso
National Thermal Power Corporation,
Ramagundam Unit 7, India
35
•
First “Unified Automation Solution”
in India
•
BHEL 1 x 500 MW
•
Start-up: August 2004
•
Total BTG Controls
•
~ 21,000 I/O’s
© Metso
Selected automation references:
Hydro Power Plants
Location
Djerdap- 1 HPP
Irganayskaya HPP
Baksan HPP
Ilarion HPP
Nho Que 3
Anjalankoski
Anjalankoski
Peniche
Vuokskij kaskad
Tuyen Quang
Se San 3A
Chukka HEP
ROLEP 1 & 2
Koteshwar 1 to 4
Maneribhali 1 to 4
Turial 1 & 2
Almatti Units 1 to 6
Madhikheda 1 & 2
Almatti Units 1 to 6
Bihai
Parbati
Can Don
Kyröskoski
Anjalankoski
Kyröskoski
Tammerkoski
36
© Metso
Country
Serbia
Russia
Russia
Greece
Vietnam
Finland
Finland
Portugal
Russia
Vietnam
Vietnam
India
India
India
India
India
India
India
India
Taiwan
India
Vietnam
Finland
Finland
Finland
Finland
Capacity
MW e
5 x 201MW
2 x 205 MW
3 x 8,3MW
2x70MW, +5MW
2x55 MW
14,5 MW
3x4,5 MW
300kW
8x27MW
3X114
2X55
4x85
2x18.5
4x100
4x76
2x30
5 X 55, 1 X 15
2x20
5 X 55 1 X 15
1x62.5
4x200
2 x 38.8
15
5x
2x 4,3
Start up
Year
2013
2012
2012
2012
2012
2012
2012
2011
2011
2008
2006
2006
2005
2005
2004
2004
2004
2004
2004
2003
2003
2003
1997
1994
1992
1992
Selected automation references:
Combined Cycle Power Plants
2008
DATE
SIME LAEM CHABANG POWER CO. LTD,
LAEM CHABANG, THAILAND
• Electrical output 60 MWe, process steam 45 t/h
• Fuel: natural gas
• Combined cycle
2010
ENERJI SA
BANDIRMA, TURKEY
• Electrical power 900 MWe
• Fuel: natural gas
• Combined cycle (2xGT+2xHRSG+1xST)
2011
KOJUHOVO HETAINH POWER PLANT,
MOSCOW, RUSSIA
• Electrical output 170 MWe
• Fuel: natural gas
• Gas turbine & HRSG
2008
FORTUM POWER AND HEAT,
SUOMENOJA, ESPOO, FINLAND
• Electrical output 234 MWe, District heat 214 MW
• Fuel: natural gas
• Combined cycle
2008
SEMBCORB UTILITIES,
TEESSIDE, UNITED KINGDOM
• Electrical output 40 MWe
• Fuel: natural gas
• Gas turbine & HRSG
37
© Metso
Title/Author
2012
OMV SAMSUN ELEKTRIK URETIM
SAN. VE TIC. A.S, TURKEY
• Electrical output 880 MWe
• Fuel: natural gas
• Combined Cycle
2013
AGE ENERJI,
DENIZLI, TURKEY
• Electrical output 205 MWe
• Fuel: natural gas
• Combined Cycle
Experience with the technology providers
Gas turbine manufactures
•
Gas turbine control system connected to Metso DNA through link
-
Monitoring and operation through Metso DNA operator interface
-
Typical link protocols: GE´s Mark II-VI GSM, Modbus TCP/IP, Profibus DP, OPC
Start-up and shutdown sequences in Metso DNA
MW setpoints for the GT´s from the main load controller or AGC in Metso DNA in
pre-selected control mode
GT manufactures
GE
ABB
Alstom
Ansaldo
•
BHEL
EGT
Fiat
Hanjung
Mitsubishi
PG
Rolls-Royce
Siemens
Gas turbine control system done with Metso DNA
GT manufactures
GE
AEG
38
© Metso
Alstom
Fiat
PR&GEC
Siemens
Thomanssen
Tuma Turbomach
Westinghouse
Experience with the technology providers
Steam turbine manufactures
•
Steam turbine control system connected to Metso DNA through link
-
Monitoring and operation through Metso DNA operator interface
Start-up and shutdown sequences in Metso DNA
Typical link protocols: Modbus TCP/IP, Profibus DP, OPC,Mauell PLC interface,
GE´s Mark II-VI GSM, Siemens S7 SAPI Ethernet TCP/IP
ST manufactures
LMZ
Alstom
Prvni Brnenska Strojirna
Siemens
•
ABB
GE
Ansaldo
Franco Tosi
BHEL
Blohm+Voss
Ekol
Fuji
KWU
Lang
MAN
Mitsubishi
Steam turbine control system done with Metso DNA
ST manufactures
Skoda
LMZ
HangZhou
Zamech
39
© Metso
KWU
Lang (Alstom)
Bergman-Borsig
ASEA Stahl
Siemens
ABB
BHEL
AEG
NEI Parson
Siemens
Skoda
STT Thermodyn
Urals Turbine Works
Zamech
Experience with the technology providers
Heat recovery steam generator manufactures
•
HRSG automated with Metso DNA
HRSG manufactures
Adato
SES Tlmace
Rafako
Podolsk
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Ahlstrom
Babcock&Borsig
CMI Belgium
Alstom
Stork Energy
Kvaerner
Idrotermici
Standard Fasel
Schelde Breda
Foster Wheeler
Senior thermal
Oschatz
Mech. de la Pena
Vogt
Zurn
Deltak
SGP
Tampella Power
Metso
Nooter/Eriksen
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References
Europe
Finland
• Westenergy Oy Ab, Vaasa
Norway
• BIR Avallsenergi, Bergen
Sweden
•Åmotfors Energi Ab
Estonia
UK
• Eesti Energi AS, Tallinn
• Ineos Runcorn, Manchester phase 1
• Ineos Runcorn, Manchester phase 2
• MES Environmental, Dudley
• MES Environmental, Wolverhampton
• Waste Recycling Group, Lincolnshire
• Veolia Environmental Services, Staffordshire
• Cory Environmental, Riverside London
• Veolia Environmental Services, Newhaven
• Sita, Cleveland 4&5
• Dundee Energy Recycling, Dundee
• RWE Markinch, Glenrothers
• London Waste, London
Austria
• A.S.A., Zistersdorf
• AVE Wels II
• AVE Wels I
• AVE Lenzing
Italy
Hitachi Zosen Inova (former Von Roll Inova)
Keppel Seghers
CNIM
Metso Power
Other Technology or Automation Replacement
Projects in execution are mentioned in bold/italic
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•Trattamento Rifiuti Metropolitani, Turin
• Veolia, Piacenza
• Veolia, Energonut
© Metso

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