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STEAM GENERATION
32
CONTACT
Torsten Klose Department Manager Proposals Steam Generation [email protected] +49 (0) 2261 / 78950 - 538
COMPETENCE AT WORK WITH EXPERT KNOWLEDGE
Increasing the capacity of a steam generator without diverging from the existing footprint is possible, if based on a neutral analysis of the status quo and expert customer-specific product design.
Given our in-house calculation tools and our means of evaluation, we will provide you with just the right solution for a new construction or an existing boiler or steam generator for chemical plant components. A range of further engineering services will also help you optimize the subsequent processes.
WE ARE THE RIGHT TEAM FOR SPECIAL CHALLENGES!
Rely on our long-term experience, count on our know-how and background knowledge for your application of capacity upgrades and one-to one replacements for different design types. We are your ideal partner for design, manufacturing and supply, strongly respecting the economic aspects of your investment.
OUR JOB IS TO DEVELOP SOLUTIONS FOR YOUR TASKS AND MAKE YOUR PLANT READY TO OPERATE.
TURN OUR EXPERIENCE INTO YOUR ADVANTAGE!
4 5
REFERENCE LIST EXCERPT
APPLICATION PRODUCT RANGE SCOPE OF SUPPLY
Heat recovery for
Production of ammonia, methanol, hydrogen and similar applications
Benefits
n Tailor-made design to meet customer-specific requirement
n Capacity increase within existing footprint
n High availability
n Increase in operational flexibility
n Reliable design based on decades of experience
n Fire tube design (natural circulation)
n U-tube design (forced circulation)
n Steam superheater (option)
n Consultancy
n Optimization concepts
n Process engineering
n Mechanical design
n Supply of process gas cooler (PGC), superheater and spare partsTECHNICAL DATA
n Gas temperature: up to 1200°C
n Gas pressure: up to 40 bar
n Steam pressure: up to 140 bar
STEAM GENERATION
n PROVEN DESIGN
n HIGH RELIABILITY
PROCESS GAS COOLER DOWNSTREAM SECONDARY REFORMER
HYDROGENSYNGAS FOR METHANOL
OR AMMONIA PRODUCTON
STEAMREFORMER
SECONDARYREFORMER
SUPERHEATERPGC(PROCESS
GAS COOLER)
REFERENCE CLIENT
Engineering and supply of a waste heat boiler downstream sec-ondary reformer in ammonia plant, syngas flow: 135 t/h, steam production 118 t/h, E 301 Sluiskil ref C, Netherlands
Yara Sluiskil B.V., Sluiskil, Netherlands
Pre-engineering for replacement of a waste heat boiler down-stream secondary reformer in ammonia plant, syngas flow: 135 t/h, steam production 118 t/h, E 301 Sluiskil ref C, Netherlands
Yara Sluiskil B.V., Sluiskil, Netherlands
Engineering of a waste heat boiler downstream secondary reformer, 160 t/h, process plant YAT E 904B, Trinidad & Tobago
YARA Trinidad Ltd., Trinidad & Tobago
Engineering and supply of a waste heat boiler downstream secondary reformer in ammonia plant E 2016, Synthesis Gas, 214 t/h, Trinidad & Tobago
YARA Trinidad Ltd., Trinidad & Tobago
Basic and detail engineering for a process gas cooler downstream a secondary reformer, Mopco Plant, Egypt
Balcke Dürr GmbH for Thyssen-Krupp Industrial Solutions AG (formerly Uhde GmbH), Germany
Detail engineering for a waste heat boiler downstream secondary reformer, U-tube design, 120 t/h, Ferrara PS, Italy
YARA SpA, Ferrara, Italy
Basic and detail engineering for a process gas cooler downstream a secondary reformer, Jinxi PS, China
Babcock Power Espana S.A., Valle de Trapaga-Vizcaya, Spain
Engineering and supply of a process gas cooler downstream secondary reformer E 0205 A&B, Motunui, New Zealand
Methanex New Zealand Ltd., Motunui, New Zealand
Engineering and supply of a process gas cooler downstream secondary reformer 303 E 001 and superheater 303 E 002, Suez, Egypt
Krupp Uhde GmbH, Dortmund, Germany
Engineering and supply of a process gas cooler downstream secondary reformer 303 E 001, Al-Jubail, Saudi Arabia Fertilizer Company, Saudi Arabia
Tecnimont S.p.A, Milano, Italy
Engineering and supply of a process gas cooler downstream secondary reformer 303 E 001 and superheater 303 E 002, Abu Quir, Egypt
Uhde GmbH, Dortmund, Germany
Engineering and supply of a process gas cooler downstream secondary reformer 03 E 001, Belle Plain, Canada
Saskferco Products Inc., Regina Saskatchewan, Canada (now Yara Belle Plain)
Engineering and supply of a process gas cooler downstream secondary reformer E-2104, Stanlow, United Kingdom
Shell UK Stanlow, United Kingdom
LEGENDSCR Selective Catalytic ReductionSTP Standard Temperature and PressureHRSG Heat Recovery Steam Generator
FGD Flue Gas DesulphurizationCFB Circulating Fluidized BedESP Electrostatic Precipitator
PS Power StationPF Pulverized FuelCHP Combined Heat & Power Plant
6 7
REFERENCE CLIENT
Engineering and supply for the replacement of two waste heat boilers downstream of ammonia combustion, Billingham, United Kingdom
CF Fertilizers UK Ltd., Ince, Chester, CH2 4LB, UK
Basic and detailed design of NH3 combustion element E-504, CFI Nitric Acid Plant incl. shipment, Donaldsonville, USA
CF Industries Nitrogen, LLC, Donaldsonville, USA
Engineering and supply for replacement of economizer bundles of waste heat boiler B2120 A/B, Tertre Uhde III plant, Belgium
Yara Tertre SA/NV, Tertre, Belgium
Engineering and supply of a waste heat boiler first and second path in a nitric acid plant downstream catalytic ammonia oxidation, 160 t/h, Ince, Cheshire, United Kingdom
Grow How UK Ltd. Ince, Chestershire, United Kingdom
Engineering and supply of a waste heat boiler for catalytic HCN synthesis, 156 t/h throughput, Solvay/Butachimie, France
Solvay/Butachimie, Chalampe, France
Engineering and supply of heating surface bundles for a capacity upgrade to 170 % of an NH3 converter in a caprolactam plant, Leuna, Germany
Domo Caproleuna GmbH Leuna, Germany
Engineering and supply of a waste heat boiler in a formaldehyde plant, Ludwigshafen, Germany
BASF AG Ludwigshafen, Germany
Engineering and supply of a process gas cooler E 5205 (vertical fire tube boiler) for nitric acid plant Radici Zeitz, Germany
Krupp Uhde GmbH, Dortmund, Germany
Engineering and supply of a process gas cooler 30 E 005 (horizontal fire tube boiler) for ammonium nitrate plant, Moura, Queensland, Australia
Krupp Uhde GmbH, Dortmund, Germany
Engineering and supply of a process gas cooler (vertical fire tube boiler) for nitric acid plant Suslo Sala, Slovenia
Chemoproject A.S. Prague, Czech Republic
Engineering and supply of a process gas cooler (water tube boiler) for nitric acid plants in Geismar and Baytown, Texas, USA
ICF Kaiser Engineers Inc., Oakland, USA
Detail engineering and supply of coils and nozzles for waste heat boiler, nitric acid, 34 t/h superheated steam, Yarwun site, Australia
Orica Australia Pty. Ltd. Melbourne, Australia
Engineering and supply of a waste heat boiler downstream sec-ondary reformer in ammonia plant E 2016, Synthesis Gas, 214 t/h, Trinidad and Tobago
YARA Trinidad Ltd., Trinidad and Tobago
APPLICATION PRODUCT RANGE SCOPE OF SUPPLY
Heat recovery for catalytic ammonia combustion:
HNO3 and caprolactam pro-duction, HCN synthesis and similar processes
Benefits
n Tailor-made design to meet customer-specific requirement
n Energy savings
n High availability
n Increase in operational flexibility
n Capacity increase within existing footprint
n Reliable design based on decades of experience
n Fire tube design (natural circulation)
n Water tube design, spiral and meander type (forced circulation)
n Integrated superheater
n Catalyst basket
n Consultancy
n Optimization concepts
n Process engineering
n Mechanical design
n Supply of waste heat boiler (WHB) including burner hood and catalyst basket
n Pumps & auxiliary equipment
TECHNICAL DATA
n Gas temperature: up to 1200°C
n Gas pressure: up to 10 bar
n Steam pressure: up to 80 bar
n Steam temperature: up to 500°C
STEAM GENERATION
n PROVEN DESIGN
n HIGH AVAILABILITY
n FLEXIBILITY INCREASE
WASTE HEAT BOILER DOWNSTREAM AMMONIA COMBUSTION
NITRIC ACID (HNO3)
AMMONIA (NH3)
REACTOR WASTE HEAT BOILER
NH3
WATER (H2O)
AIR
LEGENDSCR Selective Catalytic ReductionSTP Standard Temperature and PressureHRSG Heat Recovery Steam Generator
FGD Flue Gas DesulphurizationCFB Circulating Fluidized BedESP Electrostatic Precipitator
PS Power StationPF Pulverized FuelCHP Combined Heat & Power Plant
REFERENCE LIST EXCERPT
8 9
REFERENCE CLIENT
Engineering and supply for retrofit of WHB 661-F-1801, Tarragona Refinery, Spain
Repsol Petroleo, S.A., Tarragona, Spain
Concept study and basic engineering for boiler upgrade Xuzhou PS, 315 MWel, Bituminous Coal, Xuzhou PS, China
Shanghai Shenergy Power Technology Co., Ltd., China
Feasibility study for increased steam outlet temperatures due to turbine upgrade, 2 x 660 MWel, Bituminous Coal, Isken Sugözü PS, Turkey
Iskenderun Enerji Üretim ve Tic. A.S., Ankara, Turkey
Design review of a steam generator including CFD simulation, 625 MWel, Lignite, new-built power plant, Laos
Hongsa Power Company Ltd., Vientiane, Laos
Basic design engineering for a process steam CFBC boiler, 35 t/h, Bituminous Coal, new-built plant, Vietnam
Martech Boiler Company, Ho Chi Minh City, Vietnam
Thermal engineering of 6 different operating modus, 200 t/h, Heavy Fuel Oil and Low-Pressure Gas, Shell Wesseling, Germany
Shell Deutschland Oil GmbH, Wesseling, Germany
Adaptation of boiler heating surfaces for SCR retrofit, 200 t/h, Refinery Residues, Heavy Fuel Oil and Low-Pressure Gas, Shell Wesseling, Germany
Shell Deutschland Oil GmbH, Wesseling, Germany
Engineering for increase of flexibility and efficiency at minimum load, 2 x 750 t/h, Refinery Residues, Heavy Fuel Oil and Low-Pressure Gas, PCK Schwedt, Germany
PCK Raffinerie GmbH, Schwedt, Germany
Conceptual design and design review of basic design, 2 x 660 MWel, Bituminous Coal, Anhui Pingshan Thermal Power Plant, China
Shenergy Company Ltd., Shanghai, China
Design study on coal range extension in supercritical utility boilers, 5 x 830 MWel, Bituminous Coal, Mundra PS, India
Coastal Gujarat Power Generation, Mumbai, India
Heating surface modification in residual oil fired boilers (Units 1 and 2), 2 x 750 t/h, Heavy Fuel Oil and Low-Pressure Gas, PCK Schwedt, Germany
PCK Raffinerie GmbH, Schwedt, Germany
Design study for boiler with ultra-supercritical steam parameter and double reheat, 1350 MWel, Bituminous Coal, WaiGaoQiao PS No. 9, Shanghai, China
Wai Gao Qiao No.3 Power Generation Co. Ltd. Shanghai, Shanghai, China
STEAM GENERATOR FOR POWER PLANTS & INDUSTRIAL APPLICATIONS
STEAM GENERATION
APPLICATION TECHNICAL DATA SCOPE OF SUPPLY
Power Plants and Industrial Boilers
Pressure part modifications, upgrades, retrofits, efficiency increase
Benefits
n Process design with in-house design tool
n Direct calculation of material temperatures
n Simulation of water steam flow with in-house design tool
Sub- & supercritical boilers
n Natural circulation
n Forced circulation
n Once-through
n Tower-type
n Multi-pass type
n Consultancy
n Process engineering
n Basic and detail design
n Stress & strength calculation
n Life-time assessments
n Hardware supply
n Installation
n Commissioning and erection advisory
n Training
FUEL TYPE
n Lignite
n Bituminous coal
n Oil
n Gas
n Residues
n Biomass
n Waste
BOILERBUNKER
FUELHANDLINGTURBINE
FGDESP
BOILERBUNKER
FUELHANDLING
Gesamtdarstellung
FGDESP
TURBINE
FGDESP
SCR
BOILERBUNKER
FUELHANDLING
Bereich Kessel
Bereich Reinigung
TURBINE
SCR
SCR
n SKILLS, ENGINEERING TOOLS
n KEY EXPERTS
n THERMAL DESIGN WITH
REFERENCE LIST EXCERPT
LEGENDSCR Selective Catalytic ReductionSTP Standard Temperature and PressureHRSG Heat Recovery Steam Generator
FGD Flue Gas DesulphurizationCFB Circulating Fluidized BedESP Electrostatic Precipitator
PS Power StationPF Pulverized FuelCHP Combined Heat & Power Plant
1110
RELY ON GOOD EXPERIENCES
STEINMÜLLER ENGINEERING GMBH IHI GROUP COMPANY Fabrikstraße 5 51643 Gummersbach Germany
www.steinmueller.com [email protected]
PHOTOS
Steinmüller Engineering GmbH, AVttention, Peiper Fotografie
RELY ON GOOD EXPERIENCES
YOU CAN COUNT ON US AS EXPERTS IN THE AREAS OF
n COMBUSTION SYSTEMS
n FLUE GAS CLEANING
n STEAM GENERATION
ALLOW US TO ASSIST YOU IN YOUR EFFORT TO MEET UP-TO-DATE ENVIRONMENTAL DEMANDS WHILE REMAINING ECONOMICALLY EFFICIENT!