MAN Energy Solutions
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Transcript of MAN Energy Solutions
Javier López [email protected]+34 678 428 551November 16th, 2021
Descarbonización de la IndustriaMAN Energy Solutions
Genera 2021
Public
Agenda
1 Company Presentation2 Decarbonizing the Industry3 MAN Offering and references
Javier Lopez Sotomayor | Genera 2021 | 16.11.2021 2
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Key figures 2020
Home of the diesel engine
Javier Lopez Sotomayor | Genera 2021 | 16.11.2021 4
Rudolf Diesel 1858 – 1913
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(1) Largest CO2-based heat-pump plant of its kind ever used in the world (2) One of Europe’s largest energy storage systems (50MW / 250MWh) to be located in Carrington, Manchester(3) We have developed the first subsea gas compressor directly installed on the seabed. It has achieved more than 80’000 operation hours with an availability close to 100%(4) Audi e-gas Plant: Renewable Methanol production Plant since 2013(5) Haru Oni Project: Designing and manufacturing the first Methanol Production Plant by MAN(6) Delivering LH2 tanks since 2007 and first LH2 fuel system under design for a Shipping Customer(7) Participant in the ITER development (world's largest fusion experiment) with a special and robust supplyLH2 Supply System onboard
ETES (1) LAES (2) SYNTHETIC METHANE (4) SYNTHETIC METHANOL (5)
CRYOGENIC LH2 (6)
TURBOMACHINERY (3)
SINGULAR PROJECTS (7)
DECADES SHAPING THE FUTURE
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Green fuels
Key for Decarbonization: Highest Efficiency + Green Fuels
Green Power Generation
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MAN role in Power Generation
CO2capture
Green fuel production
Storage
Final use with high efficiency >51%
CO2/CO + H2
Biogas
H2 direct use / H2 + NG pipeline
SNG
Electrolysis
Biogas Plant
H2H2 / LH2
LOHC
+
H2
+
SNG
ReleasePLANTStoragePLANT
Biogas
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Renewable Energy
Electrolysis Methanation Gas grid Energy production
O2 CO2
H2 SNG
Energy flows for power-to-SNG-to-Power
ƞ 95% 65% 90% 97% 51% / 90%
50MW
24,5MW (Combined cycle)
13,5MW (electricity only)
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High performance and fuel flexibility
Details about the MAN gas engines
* el. tol. 5% acc. ISO 3046 conditions, 100% load, w/o attached pumps, MN 80** Engine equipped with jet assist - hot and stand-by, emergency start
51/60G and 51/60 GTS14.4-20.7 MWElectrical efficiency: 51,3%*From start request to full load: < 115s**
35/44G and 35/44 GTS7.2-12.5 MWElectrical efficiency: 51,3%*CHP efficiency: up to 95,2%From start request to full load: < 60s**
FuelsNatural Gas (incl. Liquefied NG) Synthetic NG (SNG) Blends with H2 (up to + 25%)Biogas ..
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Ramp up procedure of an engine
* Engine equipped with jet assist - hot and stand-by, emergency start, Reference according ISO 3046-1 & ISO 15550, 5% tol, incl. two-stage engines
51/60G: < 115s*
35/44G: < 60s*
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MAN ES recent CHP References
Location: Schwäbisch Hall
No. and engine type: 2 x 12V35/44G TS
Plant output: 2 x (7,5 MWel + >7 MWth)
Commercial operation:
Engine 1: 12/2018Engine 2: Q2/ 2022
MAN’s work scope: Basic Equipment Supply
Location: Jena
No. and engine type: 5 x 20V35/44G TS
Plant output: 63 Mwel + 60 MWth
Commercial operation: 2021/22
MAN’s work scope: EPC
Location: Chemnitz, MHKW Nord and Altchemnitz
No. and engine type:
7 x 20V35/44G TS 5 x 20V35/44G TS
Plant output: ~150 Mwel + ~130 MWth
Commercial operation: 06/2022
MAN’s work scope:
EPC incl. PrimeServ Assist+MAN CEON
Location: Frankfurt (Oder)
No. and engine type 5 x 20V35/44G
Plant Output: 51 MWel + 70 MWth* (ηtot ~90%)
Commercial operation: 2021/2022
MAN´s work scope: EPC without civil works
Location: Stuttgart-Gaisburg
No. and engine type 3 x 20V35/44G
Plant Output: 31 MWel + 30 MWth (ηtot ~90%)
Commercial operation: 12/2018
MAN’s work scope: EPC without civil works
Location: Braunschweig
No. and engine type: 1 x 20V35/44G
Plant output: 10 MWel & 9 MWth
Commercial operation: 7/2015
MAN’s work scope: EPC
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MAN PEM Electrolysis powered by H-Tec Product Overview
ME 100/350 (225kW, 100kg H2/day) ME450/1400 (1 MW, 450kg H2/day)
H-TEC SYSTEMS Series-ME electrolysers Compact design in an ISO container Capable of dynamic part load operation to enable grid balancing services High conversion efficiency (74%), additional heat integration 5.0 hydrogen quality suitable for refuelling applications Readily available product for effective sector integration solutions
ELECTROLYSERS - READY. SET. SUPPLY.
Series-S30 stacks (1 to 5 kW)
H-TEC SYSTEMS Series-S electrolyser stacks Nominal power from 1 kW to 100kW High power density Low transformation costs High efficiency Suited for integrated solutions
ELECTROLYSIS STACKS
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Project eFarmH-TEC electrolysers directly connected to wind turbinesUse of surplus energy onlyHydrogen for emission-free mobilityProfitable business case already todaySignificant CO2 savings
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MAN offers proven PtG technologyMethane Production Plant:
Proven MAN technology since 2013
Comprehensive process know-how
Superior SNG quality
Single-source solution: Complete PtX
solutions from one supplier
Cost-optimized and integrated MAN PtX
plant solution
Conventional Storage Solutions ready
to use
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Reference Methanation: Audi e-gas PlantReactor type: tube & shell with two zones
Process: Catalytic methanation without gas recycle
Manufacturer: MAN
Capacity: 1300 Nm³/h H2
Output: 350 Nm³/h e-gas
Product quality: 94% CH4, 3% H2, 3% CO2
Cooling system: Molten salt
Heat: max. 600 kW at 170°C
H2 Sizing: 6MW
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Green Methanol Reference ProjectHaru Oni, Phase 0 – Demonstration plant renewable Methanol & Gasoline (Porsche / HIF)
Erection, Commissioning & Operation planned from January 2022
Key facts: H2 via PEM electrolyzer CO2 from Air DAC 130.000 l/a renewable gasoline MAN Deggendorf scope: Detail Eng. &
Manufacturing of Methanol Skid Renewable Methanol is processed further
to Green GasolineDirect Air Capture
ElectroylsisMAN ES Scope
Methanol-to-GasolineProcess
Source: siemens-energy.com
Source: globalthermostat.com
Methanol Synthesis
Source: Siemens Energy
RenewableGasoline
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StoragePLANT5tpd
StoragePLANT12tpd
Hydrogencapacitya 5 t/d / / 210 kgH2/h 12 t/d / / 500 kgH2/h
LOHCproductiona 4,500l/h 11,000l/h
Heatproductiona 1,900kWth 4,500kWth
Loadrange 50 – 100%
a under nominalload
Footprint Skid-based
Inlet hydrogenstream 30 – 50 bar, 99.99 %purity
InletLOHC stream ≥ 0.1 barg, T ≥ 15°C
Powerconnection 400 V AC, 3 phase, 50 Hz
Engineered and build in cooperation with:ReleasePLANT 5tpd
start-up in 2022
LOHC StoragePLANT: Scalable SolutionApplied Process is State of The Art in Large Scale Hydrogenation at Refineries
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ReleasePLANT 1.5tpdstart-up in 2022 Hydrogenoutleta
LOHCdemanda
Heatdemanda
Loadrange
a under nominalload
Footprint
InletLOHC stream
Powerconnection
1.5 t/d / / 65 kgH2/h
1,400l/h
780kWth
50 – 100%
Skid-based
≥ 0.1 barg, T ≥ 15°C
400 V AC, 3 phase, 50Hz
ReleasePLANT1.5tpd
Sweet spot scale for Hydrogen Refueling Stations
H2 ReleasePLANT: LOHC Hydrogen Release SystemScalable Centralized or On-site Solution
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LOHC underground tanks in portfolio
Javier Lopez Sotomayor | Genera 2021 | 16.11.2021
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All data provided in this document is non-binding.This data serves informational purposes only and is especially not guaranteed in any way.Depending on the subsequent specific individual projects, the relevant data may be subject to changes and will be assessed and determined individually for each project. This will depend on the particular characteristics of each individual project, especially specific site and operational conditions.
Disclaimer
Javier Lopez Sotomayor | Genera 2021 | 16.11.2021 22
Thank youvery much!
Javier López Sotomayor
+34 678 428 551
November 16, 2021
Javier López [email protected]+34 678 428 551November 16th , 2021