latest developments in the emerging hydrogen economy
TRANSCRIPT
Latest Developments in the Emerging Hydrogen Economy
T I M OT HY C . L I N DSEY, PH. D.
SEN I OR A DVI SOR
UN I VERS I TY OF I LL I NOIS
SMA RT ENERGY DES I GN A ND A SS I STANCE CENT ER
S E P T E M B E R 1 0 , 2 0 2 0
University of Illinois at Urbana-Champaign
Smart Energy DESIGN ASSISTANCE CENTER (SEDAC)
August 2020
© 2020 Timothy C. Lindsey. All Rights Reserved.
Today’s Topics
➢Technical Breakthroughs and Opportunities
➢Global Developments
➢US and State Initiatives
➢Key Corporate Initiatives
➢Midwest Hydrogen Partnership
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© 2020 Timothy C. Lindsey. All Rights Reserved.
''With a new national commitment, our scientists
and engineers will overcome obstacles to taking
these cars from laboratory to showroom, so that the
first car driven by a child born today could be powered by hydrogen, and pollution-free.’’
…..George W. Bush January 28, 2003
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Source: Rogers (2003)
Innovation Diffusion Curve
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Initial Enthusiasm
Commercialization Challenges
WidespreadAdoption
Critical Mass
Time
InnovationAdoption
Early Stage Innovation Adoption
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• Significant planning and investment took place in the early 2000s
• Fuel cell technologies failed to deliver satisfactory performance and
financial returns for investors
• Technology developers have continued to work to address
shortfalls
• Considerable progress has been made toward improving the technology’s performance and reducing costs
Interest in Hydrogen and Fuel Cells is Growing (Again)
Technical Breakthroughs and Opportunities
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Breakthroughs in Fuel Cell Technology
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• Reduced overall costs
• Cheaper and better catalysts
• Higher durability
• Higher gas purity
• Better materials
• Renewable (green) hydrogen
• Expanding renewable energy sector
Recent Breakthroughs in Hydrogen Technology
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Types of Hydrogen Production
Grey – Produced from fossil fuels by steam reforming
Blue-Produced with low CO2 emissions• Nuclear energy using electrolysis
• Fossil fuels with carbon sequestration
Green- produced from renewable energy• Electrolysis powered by wind, solar, or hydro
• Steam reforming of renewable natural gas
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1. Cost of renewables has declined
2. Availability of renewables has increased
3. Increased intermittency challenges
4. Increased need for grid storage and stability
Net effect: cost of hydrogen production is declining while the demand is increasing
Expanding Renewable Energy Sector
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• Early investments by NextEra Energy Inc. and Dominion Energy Inc.• Los Angeles Department of Water and Power
➢ $1.9 billion effort to convert a coal-fired power plant in Utah ➢ Will run on hydrogen produced with excess wind and solar power.
Hydrogen’s Role in Grid Storage
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Hydrogen Power for Data Centers
Microsoft is conducting a demonstration project, with a 250-kW fuel cell system to power a data center in Utah
Source: GreenBiz (July, 2020)
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14
This is an electric
vehicle!!
Hydrogen’s Role in Transportation
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15
• Fewer emissions• Fast fueling• Range• Performance• Scalability• Future innovation
Advantages of Fuel Cell Electric Vehicles
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• Lack of fueling infrastructure • 95% of commercial hydrogen is produced from natural gas
and generates CO2 as a by-product – but that is changing• Fuel cell drive trains are expensive• H2 must be stored at high pressure• Codes and standards for storing and dispensing H2 are
complicated
Disadvantages of FCEVs
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Hydrogen EconomicsFuel Cost
Hydrogen made from fossil fuels currently costs between $1-$1.8/kg.
Green hydrogen can cost around $5-8/kg (heavily dependent on the cost of power)
A kg of H2 contains about the same energy as a gallon of gasoline
Recent analyses by:
• IEA (June, 2019)
• MIT (August, 2020) and
• Wood Mackenzie (August, 2020)
project that the cost of green
hydrogen will fall 30% by 2030 “
Fuel ConsumptionA FCEV drive train is about twice as efficient as an internal combustion drive train
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Truck Comparison: Battery vs. Hydrogen
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Hydrogen in Trucking
➢ Nikola➢ Hyundai/Cummins ➢ Toyota/Kenworth➢ Daimler/Volvo➢ Honda/Isuzu➢ Weichai
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Hydrogen Powered Locomotives
➢ Alstom has successfully piloted 2 -H2 powered trains in Germany for the past 1.5 years
➢ Plans to begin replacing 14 diesel units in 2022 Source: (Alstom, May 2020)
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Other Hydrogen Applications Under Development
➢H2 in machinery applications
➢H2 in maritime applications
➢H2 for heating applications
➢H2 based steel production
Global Developments
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European Hydrogen Initiatives
➢European Commission recently formed the European Clean H2 Alliance
➢Just launched a 430B euro hydrogen strategy• Key to the EU’s goal of cutting greenhouse gas emissions by at least 50% by 2030
• Hydrogen’s share of Europe’s energy mix is projected to grow from < 2% to 13-14% by 2050
Source: Reuters (July 2020)
➢Germany is planning a 2-year 130B euro CoVid recovery program that includes a focus on green hydrogen Source: Renew Economy (June, 2020)
➢France is planning to invest 7B euro in hydrogen by 2030 Source: Bloomberg (Sept 2020)
➢Other notable projects underway in the UK, Belgium, Portugal and The Netherlands
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Hydrogen Initiatives in Asia Pacific Region
➢Japan plans to deploy to 40,000 FCEVs by the end of 2020; 200,000 FCEVs by 2025; and 800,000 FCEVs by 2030 Source: GTM (April, 2018)
➢China set goals of 50,000 FCEVs on the road by 2025; 1 million FCEVs on the road by 2030 Source: South China Morning Post (Sept. 2019)
➢South Korea set goals for 80,000 FCEVs by 2022 Source: Korea Herald (Jan. 2019)
➢Australia set aside $300 million ($191 million USD) to jumpstart hydrogen projects Source: Reuters (May, 2020)
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Oil and Gas Companies Playing a Role➢Shell proposes 'Europe's largest' green hydrogen project in North Sea
Source: Edie (July, 2020)
➢Shell announces plans to add hydrogen infrastructure at 48 California stations
Source: Shell (Sept, 2020)
➢BP commits $5 billion a year in renewable energy like wind, solar and hydrogen
Source: New York Times (August, 2020)
➢Saudi green hydrogen project announced to be largest in world
Source: H2 Fuel News (July, 2020)
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August 2020
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Board Consists of CEOs from Major Corporations•Air Liquide•Anglo American•China Energy•Cummins•ENGIE•Faurecia•Hyundai Motor Group
• Global coalition of 90+ CEOs working to enable the energy transition through hydrogen
• Uses its global reach to promote collaboration between governments, industry and investors
• Provides guidance on accelerating the deployment of hydrogen solutions around the world
Hydrogen could deliver 18% of global energy demand, abate 6 Gt of CO2 annually and create 30 million jobs by mid-century
•Johnson Matthey•Royal Dutch Shell•Sinopec•Linde•Total•Toyota
The Hydrogen Council
US and State Initiatives
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US Hydrogen Initiatives
➢California is currently the leading state •8,500+ vehicles
•42 current fueling stations (allocated funding for 123 more)
➢15 other States have committed to 100% of all new medium-and heavy-duty vehicle sales be zero emission vehicles by 2050
➢Hydrogen Could Become A $130B U.S. Industry By 2050 Source: Forbes (October, 2019)
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Smart Energy DESIGN ASSISTANCE CENTER (SEDAC)
August 2020
© 2020 Timothy C. Lindsey. All Rights Reserved.
USDOE’s Hydrogen @ Scale Concept
Partnership Opportunities
The University of Illinois is partnering with Argonne National Labs to establish a Midwest Hydrogen Partnership to facilitate technology development and deployment.
In June, the DOE announced their intention to invest up to $100 million over five years in two new DOE National Laboratory-led consortia to advance hydrogen and fuel cell technologies research and development
Potential USDOE Support
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Framework for Technology Development and Deployment
ProductDevelopment
• Fuel Cells• Electrolyzers• Trucks• Locomotives• Maritime• Aircraft
ProcessDevelopment
• Electrolysis• Renewable H2
• CO2 Free Steel• Grid scale storage• Distributed power
generation
MaterialsDevelopment
• Structural• Membranes• Catalysts• Carbon fiber• Coatings• Graphene
InfrastructureDevelopment
• Pipelines• Storage• Fueling• Smart Grid
technologies• Safety & Codes• Permitting
MarketDeployment
• Stakeholder engagement
• Case studies• Workshops• Demonstrations• Pilot trials• Website
Midwest Hydrogen Partnership
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Contact Tim Lindsey [email protected]
Initial stakeholders’ workshop will be afternoon of November 12th
University of Illinois at Urbana-Champaign
Smart Energy DESIGN ASSISTANCE CENTER (SEDAC)
August 2020
© 2020 Timothy C. Lindsey. All Rights Reserved.
Questions?