References

Active Filter:

Energy from Waste plant Tampere/Finland

Customer:Tammervoima Oy 
Fuel:municipal waste
Capacity:1 x 23,4 t/h; 58,5 MWth; 9,0 MJ/kg
Grate system:forward moving grate
Scope of delivery:furnace, steam generator 
Energy production:electric current, district heating
Commissioned:2015
2015
Special:
plant is operated with 110% thermal power during the heating period

Energy from Waste plant Linköping/Sweden

Customer:Techniska Verken i Linköping AB
Fuel:municipal waste, biowaste
Capacity:1 x 30,2 t/h; 88,14 MWth; 10,5 MJ/kg
Grate system:forward moving grate
Scope of delivery:furnace, steam generator, water steam cycle 
Energy production:electric current, district heating
Commissioned:2016
2016
Special:
walls up to entrance of second pass with Inconel cladding, operation with up to 100% biomass, water steam circuit with connection to district heating storage

Energy from Waste plant Berlin-Ruhleben/Germany

Customer:Berliner Stadtreinigungsbetriebe
Fuel:municipal waste
Capacity:1 x 36 t/h; 90 MWth; 9 MJ/kg
Grate system:forward moving grate
Scope of delivery:turnkey plant, EPC contractor
Energy production:electric current, district heating
Commissioned:2012
2012
Special:
one of the biggest grates in the world, four old lines were replaced by one new line

Energy from Waste plant Cologne/Germany

Customer:AVG Köln mbH
Fuel:municipal waste
Capacity:4 x 17,9 t/h; 4 x 56 MWth; 11,3 MJ/kg
Grate system:roller grate
Scope of delivery:turnkey plant, EPC contractor
Energy production:electric current, district heating
Commissioned:1998
1998
Special:
since commissioning availability > 91%

Energy from Waste plant Glostrup/Denmark

Customer:I/S Vestforbraending
Fuel:municipal waste
Capacity:35 t/h; 107MW; 11MJ/kg        
Grate system:forward moving grate (water cooled)
Scope of delivery:furnace, steam generator, flue gas cleaning 
Energy production:electric current, district heating 
Commissioned:2005
2005
Special:
combustion chamber and first pass fully protected with Inconel cladding

Energy from Waste plant Uddevalla/Sweden

Customer:Uddevalla Energi AB
Fuel:municipal waste
Capacity:1 x 11 t/h; 38,5 MW; 12,6 MJ/kg
Grate system:forward moving grate (water cooled)
Scope of delivery:furnace, steam generator, flue gas cleaning 
Energy production:electric current, district heating
Commissioned:2008
2008
Special:
flue gas condenser for additional district heat

Energy from Waste plant Klaipeda/Lithuania

Customer:Fortum Baltic Investments SNC
Fuel:municipal waste, biowaste
Capacity:1 x 36 t/h; 85 MW; 9,0 MJ/kg
Grate system:forward moving grate
Scope of delivery:furnace, steam generator 
Energy production:electric current, district heating
Commissioned:2013
2013
Special:
co-firing of up to 50% biomass

Energy from Waste plant Århus/Denmark

Customer:Affaldscenter Århus
Fuel:municipal waste
Capacity:1 x 17,5 t/h; 51 MW; 10,5 MJ/kg
Grate system:forward moving grate(water cooled)
Scope of delivery:furnace, steam generator, flue gas cleaning
Energy production:electric current, district heating 
Commissioned:2005
2005
Special:
flue gas temperature at boiler outlet 105 ° C, boiler efficiency 92%  

Energy from Waste plant Heringen/Germany

Customer:BKB Heringen GmbH 
Fuel:refuse-derived fuel
Capacity:2 x 20 t/h; 2 x 58,3 MW; 10,5 MJ/kg
Grate system:forward moving grate (water cooled)
Scope of delivery:furnace, steam generator 
Energy production:electric current, process steam 
Commissioned:2009
2009
Special:
boiler with external steam superheater for 520° C, 80 bar

Energy from Waste plant Acerra (Neapel)/Italy

Customer:FIBE
Fuel:refuse-derived fuel
Capacity:3 x 27,1 t/h; 3 x 113 MW; 15,1 MJ/kg
Grate system:forward moving grate (water cooled)
Scope of delivery:furnace, steam generator, flue gas cleaning 
Energy production:electric current
Commissioned:2009
2009
Special:
steam parameters 500° C, 90 bar, 120 MW turbine

Energy from Waste plant Kristiansand/Norway

Customer:Returkraft AS
Fuel:municipal waste
Capacity:1 x 18 t/h; 54,2 MW; 13,0 MJ/kg
Grate system:forward moving grate (water cooled)
Scope of delivery:furnace, steam generator  
Energy production:electric current, district heating
Commissioned:2010
2010
Special:
combustion chamber protected with Inconel cladding  

Energy from Waste plant Rüdersdorf/Germany

Customer:Vattenfall Europe Waste-to-Energy GmbH
Fuel:refuse-derived fuel
Capacity:1 x 32,9 t/h; 114,2 MW; 12,5 MJ/kg
Grate system:forward moving grate (water cooled)
Scope of delivery:furnace, steam generator, flue gas cleaning 
Energy production:electric current
Commissioned:2008
2008
Special:
boiler with reheating

Energy from Waste plant Riihimäki/Finland

Customer:Ekokem Oy Ab 
Fuel:municipal waste
Capacity:1 x 20,75 t/h; 53 MW, 9,2 MJ/kg
Grate system:forward moving grate (water cooeld)
Scope of delivery:furnace, steam generator
Energy production:electric current, district heating
Commissioned:2007
2007
Special:
co-incineration of 10% sewage sludge

Energy from Waste plant Oberhausen/Germany

Customer:Zweckverband GMVA Niederrhein
Fuel:municipal waste
Capacity:1 x 25 t/h; 72,9 MW, 10,5 MJ/kg
Grate system:roller grate
Scope of delivery:furnace, steam generator, electrostatic precipitator
Energy production:electric current
Commissioned:2006
2006
Special:
co-current firing system with vertical pass

Energy from Waste plant Isle of Man/Great Britain

Customer:Government Isle of Man
Fuel:municipal waste
Capacity:1 x 9 t/h; 24,6 MW, 9,9 MJ/kg
Grate system:forward moving grate (water cooled)
Scope of delivery:furnace, steam generator 
Energy production:electric current
Commissioned:2003
2003
Special:
Due to the insular location, the plant is operated in the entire load range depending on the waste

Energy from Waste plant RZR II Herten/Germany

Customer:RZR II Herten GmbH
Fuel:municipal waste
Capacity:2 x 17,4 t/h; 2 x 52,1 MW; 10,8 MJ/kg
Grate system:forward moving grate
Scope of delivery:turnkey plant, EPC contractor 
Energy production:electric current, heat
Commissioned:2009
2009
Special:
Emission values clearly below IEC due to additional activated carbon fixed-bed filters 

Energy from Waste plant Hefei/China

Customer:Hefei Thermoelectric Group Ltd
Fuel:municipal waste
Capacity:2 x 20,8 t/h; 2 x 36,4 MWth; 6,3 MJ/kg
Grate system:forward moving grate
Scope of delivery:furnace, flue gas cleaning 
Energy production:electric current, heat
Commissioned:2014
2014
Special:
adiabatic combustor for low calorific values of the waste (about 5 MJ/kg)

Digestion plant Lindlar-Remshagen/Germany

Customer:AVEA
Waste throughput:35.000 Mg/a
Digester volume:2 x 3.000 m3
Waste composition:biowaste 36% TS, 70% OTS
Retention time:21-25 days
Biogas generation:130-140 Nm3/Mg feedmaterial into digester
Specific methane yield:240-260 Nm3/Mg OTS ODS in feedmaterial
Biogas utilisation:heat and power generation (output 940 kWel)
Commissioned: 

1998

1998
Special:
Separately collected organic waste (mesophilic)

Digestion plant Freiburg/Germany

Customer:RETERRA
Waste throughput:36.000 Mg/a
Digester volume:1 x 4.000 m3
Waste composition:separately collected biowaste
Retention time:21-25 days
Biogas generation: 125-130 Nm3/Mg feedmaterial into digester 
Specific methane yield:275 Nm3/Mg OTS ODS in feedmaterial
Biogas utilisation:heat and power generation
Commissioned:1999
1999
Special:
located in industrial area, liquid fertiliser production

Treatment plant for municipal waste La Coruña/Spain

Customer:SOGAMA
Waste throughput:182.500 Mg/a
Digester volume:4 x 4.500 m3
Waste composition:Municipal waste
Retention time:16-20 days
Biogas generation: 130-150 Nm3/Mg feedmaterial into digester 
Specific methane yield:250-270 Nm3/Mg OTS ODS in feedmaterial
Biogas utilisation:heat and power generation (5 x 1250 kWel)
Commissioned: 2002
2002
Special:
recovery of resources

DMS plant in Akita/Japan (NSENGI)

Client:Akita City, Japan
Fuel:Municipal waste, Sewage sludge, Incineration Residues
(treatment of incineration residues until Nov. 2011)
Capacity:At completion (2002) 2 x 8.3 t/h
After capacity reinforcement (2012) 2 x 9.6 t/h; 7,150 kJ/kg
Scope:Turnkey plant, operation and maintenance (overall scope of contractor group)
Commissioning:2002
2002
Special:
First large gasification plant

Reference of Nippon Steel & Sumikin Engineering Co., Ltd. (NSENGI)

DMS plant in Sakai/Japan (NSENGI)

Client:Sakai City
Fuel:Municipal waste
Capacity:2 x 9,4 t/h; 10,170 kj/kg
Scope: BTO scheme, turnkey plant, operation and maintenance (overall scope of contractor group)
Commissioning:2013
2013
Special:
-

Reference of Nippon Steel & Sumikin Engineering Co., Ltd. (NSENGI)

DMS plant in Saitama/Japan (NSENGI)

Client:Saitama City
Fuel:Municipal waste, sewage sludge, incineration residues
Capacity:2 x 7.9 t/h; 8,820 kJ/kg
Scope:DBO scheme, turnkey plant, operation and maintenance (overall scope of contractor group)
Commissioning:2015
2015
Special:
Cogasification with incineration residue (bottom ash).
Including recycling facility, administration building

Reference of Nippon Steel & Sumikin Engineering Co., Ltd. (NSENGI)

DMS plant in Narumi/Japan (NSENGI)

Client:Nagoya City
Fuel:Municipal waste, incineration residues
Capacity:2 x 11 t/h (2 x 265 t/d); 6,700 kJ/kg (AVE)
Scope:BTO scheme, turnkey plant, operation and maintenance (overall scope of contractor group) 
Completion:2009
2009
Special:
Cogasification with incineration residue (bottom ash)

Reference of Nippon Steel & Sumikin Engineering Co., Ltd. (NSENGI)

DMS plant in Shizuoka/Japan (NSENGI)

Client:Shizuoka City
Fuel:Municipal waste
Capacity:2 x 10.4 t/h; 10,500 kJ/kg
Scope:Turnkey plant, operation and maintenance (overall scope of contractor group)
Commissioning:2010
2010
Special:
-

Reference of Nippon Steel & Sumikin Engineering Co., Ltd. (NSENGI)

DMS plant in Shin-Moji/Japan (NSENGI)

Client:Kitakyushu City
Fuel:Municipal waste
Capacity:3 x 10 t/h; 10,900 kJ/kg
Scope:Turnkey plant, operation and maintenance (overall scope of contractor group)
Commissioning:2007
2007
Special:
World's largest scaled plant with gasification process based on
Direct Melting System (DMS)

Reference of Nippon Steel & Sumikin Engineering Co., Ltd. (NSENGI)

Alcudia 1&2, Mallorca/Spain

Customer:Endessa
Power plant capacity:
250 MW
Fuel:bituminous coal
Technology:semi-dry flue gas desulphurisation
Flue gas flow:2 x 0.5 million [m³ STP/h], wet
Efficiency:83%
Product:-
Scope of supply:

engineering, erection and commissioning of two spray absorbers with two fabric filters, including ducts, axial fans, pumps, seawater desalination, ash removal and lime milk supply system

Commissioned:2007
2007
Special:
semi-dry technology

Shuabaih III, Jeddah/Saudi Arabia

Customer:Siemens AG/ Shuaibah Water and Electricity Company (SWEC)
Power plant capacity:
1.800 MW
Fuel:crude oil
Technology:seawater flue gas desulphurisation
Flue gas flow:3 x 2 million [m³ STP/h], wet
Efficiency:> 95%
Product:-
Scope of supply:engineering, supply von 3 absorbers including ducts, pumps and oxygen air system, erection of the spray banks, demister, GFK piping, ventilation system, control of the erection, commissioning
Commissioned:2008
2008
Special:
one absorber pump per line is equipped with a mid voltage frequency converter

GKM 6, Mannheim/Germany

Customer:Großkraftwerk Mannheim
Power plant capacity:
280 MW
Fuel:bituminous coal
Technology:electrostatic precipitators, limestone-gypsum flue gas desulphurisation
Flue gas flow: 1 x 0.9 million [m³ STP/h], wet
Efficiency:> 95,8%
Product:gypsum ( < 10% residual moisture)
Scope of supply:Engineering, erection and commissioning of one electrostatic precipitator and one absorber including ID fan, ducts and all auxillary systems (ash removal, heat transfer system, limestone supply, gypsum dewatering
Commissioned:2005
2005
Special:
installation of a heat transfer systems, confined space, integration of the gypsum dewatering in the FGD of other units

RDK 8, Karlsruhe/Germany

Customer:EnBW
Power plant capacity:912 MW
Fuel:bituminous coal
Technology:electrostatic precipitators
Flue gas flow:1 x 2.5 million [m³ STP/h], wet
Efficiency: > 99,9% 
Product:-
Scope of supply:electrostatic precipitator
Commissioned:2013
2013
Special:
 -

Neurath F & G, Grevenbroich/Germany

Customer:RWE Power AG
Power plant capacity:
2.200 MW
Fuel:lignite
Technology:electrostatic precipitators
Flue gas flow:4 x 2.3 million [m³ STP/h], wet
Efficiency:> 99,92%
Product:marketable fly ash
Scope of supply:engineering, supply, erection and commissioning of four electrostatic precipitators with flue gas dampers and ducts as well as mechanical and pneumatical ash removal systems
Commissioned:2012
2012
Special:
energy savings of up to 85% due to use of the clean gas controlled performance optimisation of the high-voltage units

Hemweg 8, Amsterdam/Netherlands

Customer:ESSENT
Power plant capacity:
659 MW
Fuel:bituminous coal, biomass
Technology:SCR selective catalytic reduction
Flue gas flow:2 x 1 million [m³ STP/h], wet
Efficiency:> 90%
Product:N2 + H2O vapour
Scope of supply:engineering, supply, erection and commissioning of a turnkey DeNOx-plant, consisting of 2 SCR reactors with the accompanying steel construction including building with foundations via pile foundation, NH4OH storage, waterside eco bypass, two new ID fans, new flue gas ducts with flue gas dampers, retrofiting the air preheaters with new heating packages and upgrading the Luvo casing, the flue gas ducts and the existing electrostatic precipitator 
Commissioned:2006
2006
Special:
waterside eco bypass as a high-pressure component according to the new pressure design regulation in the existing plant, NH4OH direct injection with DIVA® mixers

Amer 9, Geertruidenberg/Netherlands

Customer:NUON (belongs now to Vattenfall)
Power plant capacity:
600 MW
Fuel:bituminous coal, biomass
Technology:SCR selective catalytic reduction
Flue gas flow:2 x 1.1 million [m³ STP/h], wet
Efficiency:> 85%
Product:N2 + H2O steam
Scope of supply:engineering, supply, erection und commissioning of a turnkey DeNOx-plant consisting of two SCR reactors with catalysts, the respective steel construction including building, optimisation of the existing  NH4OH-storage, new flue gas dampers and flue gas ducts, installation of new heating packages in the air preheater and two ID fans with  new drives, revamping of the aur preheater casing, the flue gas ducts and the existing electrostatic precipitator.  
Commissioned:2008 
2008
Special:
NH4OH direct injection with DIVA® mixers, popcorn ash filter to protect the  SCR system

Boxberg IV, Weißwasser/Germany

Customer:Vattenfall (VEAG)
Power plant capacity:
2 x 800  MW
Fuel:lignite
Technology:limestone-gypsum flue gas desulphurisation
Flue gas flow:2 x 3.6 million [m³ STP/h], wet
Efficiency:> 95 %
Product:gypsum ( < 10% residual moisture)
Scope of supply:engineering, supply, erection and commissioning of two absorbers with flue gas ducts and all auxillary systems (limestone mill, gypsum dewatering with separation of fine particles)
Commissioned:1999
1999
Special:
dual-loop absorber

Maasvlakte 1&2, Rotterdam/Netherlands

Customer:Uniper Benelux N.V.
Power plant capacity:
2 x 540 MW
Fuel:bituminous coal
Technology:SCR selective catalytic reduction, limestone-gypsum flue gas desulphurisation
Flue gas flow:4 x 0.9 million [m³ STP/h], wet
Efficiency:>  88% SCR selective catalytic reduction
Product:-
Scope of supply:engineering, supply, erection and commissioning of four SCR reactors including NH4OH direct injection and NH4OH storage facility,  reconstruction of the economiser,  dismantling of four  air preheaters, supply, erection and commissioning of four new absorber heads including mist eleminators and four wet stacks.
Commissioned:2006/2007
2006/2007
Special:
reconstruction of the economiser with new heating surfaces downstream the SCR catalyst, modification of the existing FGD to flue gas discharge via new wet stacks  

Maasvlakte 3, Rotterdam/Netherlands

Customer:Uniper  Benelux N. V.
Power plant capacity:
1.100 MW
Fuel:bituminous coal
Technology:limestone-gypsum flue gas desulphurisation
Flue gas flow:1 x 3.2 million [m³ STP/h], wet
Efficiency:> 98,5%
Product:gypsum ( < 10% residual moisture)
Scope of supply:engineering, supply, erection and commissioning of one absorber with raw gas ducts and aixillary systems (chalk silo, chalk suspension processing, gypsum dewatering with separation of fine particles)
Commissioned:2014
2014
Special:
6 spray banks, SO2-clean gas concentration < 40 mg/Nm³ at 6% O2

Power plant Matra 3-5, Visonta/Hungary

Customer:Matra Kraftwerke AG
Power plant capacity:
600 MW
Fuel:lignite
Technology:limestone-gypsum flue gas desulphurisation 
Flue gas flow:2 x 2 million [m³ STP/h], wet
Efficiency:> 97%
Product:gypsum ( < 10% residual moisture) or stabilisate
Scope of supply:engineering, supply, erection and commissioning of two absorbers, complex flue gas ducts with six new IDfans and all FGD auxillary systems (limestone milling and lime milk preparation, gypsum dewatering and gypsum storage)
Commissioned:2000
2000
Special:
absorbers are located in two dry-cooling towers

Power plant Santa Maria 1, Puerto Coronel/Chile

Customer:Maire Tecnimont S.p.A
Power plant capacity:
350 MW
Fuel:bituminous coal
Technology:seawater flue gas desulphurisation
Flue gas flow:1 x 1.2 million [m³ STP/h], wet
Efficiency:> 78,5%
Product:-
Scope of supply:engineering and supply of one absorber including ducts, air preheaters, pumps and oxidation air system, control  of erection and commissioning
Commissioned:2011
2011
Special:
Plant design in consideration of very high earthquake loads

GKM 9, Mannheim/Germany

Customer:GKM Aktiengesellschaft
Power plant capacity:
911 MW
Fuel:bituminous coal
Technology:electrostatic precipitators, limestone-gypsum flue gas desulphurisation
Flue gas flow: 2.35 million [m³ STP/h], wet
Efficiency:> 99,9% dedusting and > 97,5% desulphurisation
Product:gypsum (< 10% residual moisture)
Scope of supply:electrostatic precipitator with ash removal, ID fan, ducts, absorber with all auxillary systems, heat transfer system and two-stage wastewater treatment systemSpecial feature: turnkey supply of the complete flue gas cleaning system
Commissioned:2015
2015
Special:
-

PKN-Orlen, Plock/Poland

Customer:PKN Orlen S.A.
Power plant capacity:
3 x 230 MW and 5 x 290 MW
Fuel:heavy oil (up to 2.8 % S content)
Technology:limestone-gypsum flue gas desulphurisation
Flue gas flow: 2.6 million [m³ STP/h], wet
Efficiency:>  97,9%
Product:gypsum (< 10% residual moisture)
Scope of supply:engineering, supply, erection and commissioning of 2 FGD lines, each consisting of spray tower absorbers, 2 booster fans and wet stack. Systems for truck and railway unloading, storage and dosage of limestone, storage of gypsum, chemical and biological sewage treatment 
Commissioned:2015
2015
Special:
A complex flue gas collecting system with 30 dampers, option to install a heat transfer system

Power plant Fusina, Fusina/Italy

Customer:Enelpower S.p.A.
Power plant capacity:335 MW
Fuel:bituminous coal
Technology:limestone-gypsum flue gas desulphurisation
Flue gas flow: 1.4 million [m³ STP/h], wet
Efficiency:> 81,5%
Product:gypsum (< 10% residual moisture)
Scope of supply:absorber, gypsum dewatering
Commissioned:2007
2007
Special:
stainless steel absorber

Power plant Datteln 4, Datteln/Germany

Customer:Uniper SE
Power plant capacity:
1100 MW
Fuel:bituminous coal
Technology:limestone-gypsum flue gas desulphurisation
Flue gas flow: 1 x 3.2 million [m³ STP/h], wet
Efficiency:> 98,1%
Product:gypsum (< 10% residual moisture)
Scope of supply:engineering, supply, erection and commissioning of one absorber with raw gas ducts and auxillary systems (limestone silo, limestone suspensions preparation, gypsum dewatering with separation of fine particles
Commissioned:2017
2017
Special:
6 spray banks, dosing system for mercury-precipitant

Energy from Waste plant Kiel/Germany

Customer:Müllverbrennung Kiel GmbH & Co KG
Measures:installation of two high pressure steam gas preheaters in front of the highest catalysts site to replace the installed natural gas burners
Results:the plant saves 4.5 GWh and 450,000 m3 natural gas per year and line
Special:
installation during plant operation, finishing work one week prior to the planned deadline.

Power plant Händelöverket Norrköping/Sweden

Customer:E.ON Värme Sverige AB
Measures:expanding the plant by an additional direct condenser
Results:greater flexibility in extraction of district heating
Special:
pre-assembling of some parts during a planned shutdown of the plant, commissioning already ten month after contract award

Energy from Waste plant Acerra, Neapel/Italy

Customer:A2A Ambiente SPA
Measures:installation of air preheaters for the primary air for three incineration lines due to changed fuel conditions
Results:optimised combustion process, optimised burnout, higher plant efficiency 
Special:
Completion before deadline  

Energy from Waste plant Essen-Karnap/Germany

Customer:RWE AG
Measures:anchor load measurements at boiler four. Check whether the mechanical locking of the drum suspension is needed during the overfilling of the drum (pressure test). The fixing and removal of the clamps is not entirely safe
Results:the deflections of the drum anchors calculated under the maximum measured anchor loads are opposite the measured deflections of the side wall anchors. These differential extensions can not be absorbed by the downpipes of the side walls => The steel clamps on the drum springs must be installed during the drum overfill
Special:
-

Energy from Waste plant Halmstad/Sweden

Customer:Halmstads Energi och Miljö AB
Measures:Modernisation of the existing waste incineration lines P1 and P2 for new, up-to-date environmental regulations as well as replacement of the slag extraction devices and the vibratory conveyor. Single measures: Installation of additional heat transfer surfaces to increase the heat yield, new arrangement of the secondary air injection to improve the flow conditions in the first pass and the burn-out behavior according to the results of a CFD study. Optimisation of the secondary air supply by installation of new frequency-controlled secondary fans, installation of new secondary air ducts with Venturan measurements. New grate control and optimisation of the primary air distribution under the grate. Extension and optimisation of the SNCR. New automatic boiler cleaning device. Retrofitting of a boiler inspection equipment. Integration of the new equipment into the plant control system
Results:The two combustion lines from the early 1970s were modernised for the second time after an optimisation in 2004/2005 and are now ready for further operation of at least 15 years
Special:
-

Energy from Waste plant Klemetsrud/Norway

Customer:Kommune Oslo, Energigjenvinningsetaten
Measures:reconstruction of two identical flue gas cleaning plants downstream the waste incineration. Changeover from wet flue gas cleaning to dry flue gas cleaning with additional load increase. Further flue gas cooling including district heating. Installation of complete mechanical ash removal of boiler and filter. Installation of lime storage and dry clearance system. Delivery of new flue gas ducts and ID fans 
Results:the measures were implemented in very short period in a timely manner. Complex reinforcement measures on existing steel construction due to the additional high loads
Special:
complete planning of the plant based on a 3D laser scan 

Energy from Waste plant Uddevalla/Sweden

Customer:Uddevalla Kraft AB
Measures:expansion of the heating surface to increase performance. Single measures: verification of the consequences of a performance increase of furnace, steam generators and flue gas cleaning. Check of all components for the extended load range. Installation of additional cleaning systems for the extended heating surface in order to meet the required flue gas temperatures before the superheater and boiler outlet
Results:continuous thermal and mechanical power increase of 10%. The measures took place within the planned annual Revision
Special:
-

Energy from Waste plant Dürnrohr/Austria

Customer:Energieversorgung Niederösterreich EVN
Measures:installation of a new chute cover as a tube-bar-tube construction with replaceable, screwed cast-iron bodies in the delivery shaft instead of the existing sheet-metal version, which tends to crack in the event of backfire and generally very high temperatures. Design with cast tiles, which cover almost all areas of application with a few standard models
Ergebnis:a very wear-resistant construction unit, which maintains the operating characteristics even at very high temperatures in the feed shaft and offers great advantages in maintenance operations, e.g. very easy interchangeability of wear protection
Special:
-

Energy from Waste plant Weisweiler/Germany

Customer:MVA Weisweiler GmbH & Co. KG
Measures:replacement of the original firing control system by a new one according to the Steinmüller Babcock Environment standard in two of the three existing identical furnaces; the third one is planned for April 2017
Results:improvement of the steam constancy, the picture clearly shows the improvement: line 2 has already been updated, line 1 not yet
Special:
-

Energy from Waste plant Krefeld/Germany

Customer:EGK Entsorgungsgesellschaft Krefeld 
Measures:1. Replacement of the original firing control system by a new one according to the Steinmüller Babcock Environment standard in all three old boilers of the plant. 2. Changing the control hydraulics for the waste feed system by new proportional valve technology
Results:1. improved steam constancy, better avoiding of CO peaks. 2. Improvement of the control quality (see picture: curves above: before upgrade, curves below: after upgrade)
Special:
-

Energy from Waste plant Leverkusen/Germany

Customer:AVEA Leverkusen GmbH & Co. KG
Measures:Replacement of the original firing control system (fuzzy control) by a new one according to the Steinmüller Babcock Environment standard in all three old boilers of the plant
Results:Improvement of steam constancy as well as simple, understandable structure of the control system
Special:
-

GKM Mannheim, Mannheim/Germany

Customer:Grosskraftwerk Mannheim AG
Measures:optimisation of the duct geometry to reduce the pressure loss. CFD (Computational Fluid Design) study with ensuing implementation
Results:savings of approx. 1 mbar pressure loss in the duct section upstream the raw gas cooler and energy saving of 120 kWel  
Special:
-
Energy from Waste plant Tampere/Finland

Energy from Waste plant Linköping/Sweden

Energy from Waste plant Berlin-Ruhleben/Germany

Energy from Waste plant Cologne/Germany

Energy from Waste plant Glostrup/Denmark

Energy from Waste plant Uddevalla/Sweden

Energy from Waste plant Klaipeda/Lithuania

Energy from Waste plant Århus/Denmark

Energy from Waste plant Heringen/Germany

Energy from Waste plant Acerra (Neapel)/Italy

Energy from Waste plant Kristiansand/Norway

Energy from Waste plant Rüdersdorf/Germany

Energy from Waste plant Riihimäki/Finland

Energy from Waste plant Oberhausen/Germany

Energy from Waste plant Isle of Man/Great Britain

Energy from Waste plant RZR II Herten/Germany

Energy from Waste plant Hefei/China

Digestion plant Lindlar-Remshagen/Germany

Separately collected organic waste (mesophilic)

Digestion plant Freiburg/Germany

Separately collected organic waste (thermophilic)

Treatment plant for municipal waste La Coruña/Spain

DMS plant in Akita/Japan (NSENGI)

DMS plant in Sakai/Japan (NSENGI)

DMS plant in Saitama/Japan (NSENGI)

DMS plant in Narumi/Japan (NSENGI)

DMS plant in Shizuoka/Japan (NSENGI)

DMS plant in Shin-Moji/Japan (NSENGI)

Alcudia 1&2, Mallorca/Spain

Shuabaih III, Jeddah/Saudi Arabia

GKM 6, Mannheim/Germany

RDK 8, Karlsruhe/Germany

Neurath F & G, Grevenbroich/Germany

Hemweg 8, Amsterdam/Netherlands

Amer 9, Geertruidenberg/Netherlands

Boxberg IV, Weißwasser/Germany

Maasvlakte 1&2, Rotterdam/Netherlands

Maasvlakte 3, Rotterdam/Netherlands

Power plant Matra 3-5, Visonta/Hungary

Power plant Santa Maria 1, Puerto Coronel/Chile

GKM 9, Mannheim/Germany

PKN-Orlen, Plock/Poland

Power plant Fusina, Fusina/Italy

Power plant Datteln 4, Datteln/Germany

Energy from Waste plant Kiel/Germany

Power plant Händelöverket Norrköping/Sweden

Energy from Waste plant Acerra, Neapel/Italy

Energy from Waste plant Essen-Karnap/Germany

Energy from Waste plant Halmstad/Sweden

Energy from Waste plant Klemetsrud/Norway

Energy from Waste plant Uddevalla/Sweden

Energy from Waste plant Dürnrohr/Austria

Energy from Waste plant Weisweiler/Germany

Energy from Waste plant Krefeld/Germany

Energy from Waste plant Leverkusen/Germany

GKM Mannheim, Mannheim/Germany

Steinmüller Babcock Environment GmbH

Fabrikstraße 1

D-51643 Gummersbach, Germany

+49 (0) 2261 85 - 0

+49 (0) 2261 85 - 2999

info@steinmueller-babcock.com