GREEN HYDROGEN AT INDUSTRIAL SCALE FOR A ZERO CARBON FUTURE 20 - - PowerPoint PPT Presentation
1 st OPPORTUNITIES FORUM SCOTLAND GREEN HYDROGEN AT INDUSTRIAL SCALE FOR A ZERO CARBON FUTURE 20 20 MA MAY Y 20 2020 20 ONLI ONLINE NE FOR FORUM UM 15:00 15:00 17:00 17:00 CEST Delivered in Partnership with: 1 st
ONLI ONLINE NE FOR FORUM UM 15:00 15:00 – 17:00 17:00 CEST
Delivered in Partnership with:
AT INDUSTRIAL SCALE FOR A ZERO CARBON FUTURE
1st OPPORTUNITIES FORUM SCOTLAND
Delivered in Partnership with:
Johannes Augstine
Regional Manager CER office - SDI
NEED GREEN HYDROGEN? A MASSIVE PRODUCTION OPPORTUNITY AT OUR DOORSTEP
VS15Delivered in Partnership with:
1st Opportunities Forum Scotland 20 MAY 2020
GREEN HYDROGEN AT INDUSTRIAL SCALE FOR A ZERO CARBON FUTURE WELCOME
Ivan McKee - Scottish Minister for Trade, Investment and Innovation David Holman - Specialist Hydrogen & CCUS, Scottish Enterprise
KEYNOTE
Heike Winkler – Managing Director WAB e.V
MODERATION
Paul O’Brien - Senior Development Manager, DeepWind Scotland
PANEL DISCUSSION
Bill Ireland - CEO H2Tec, Edinburgh Alan Mortimer - Director of Innovation, WOOD plc, Aberdeen Agnes Herdick - Senior Manager Hydrogen, Uniper Oliver Weinmann- Managing Director, Vattenfall Europe Innovation GmbH
Q&A Session
Rafe Courage – British Consul-General, Düsseldorf
CLOSING COMMENTS
SDIGERMANY@ScotEnt.co.uk
Scottish Government Hub in Germany
Berlin
Lisa Mackenzie
International Trade Specialist / Energy SDI
SDIgermany@ScotEnt.co.uk
Meinolf Otto
Global Business Development Specialist (FDI) Hydrogen/Low Carbon Tech
SDIgermany@ScotEnt.co.uk
Central European Office
Johannes Augustin
Regional Manager Central European Office SDI
SDIgermany@ScotEnt.co.uk
Dr Alexandra Stein
Director Scottish Government Hub in Germany Alexandra.Stein@gov.scot
AT INDUSTRIAL SCALE FOR A ZERO CARBON FUTURE
1st OPPORTUNITIES FORUM SCOTLAND
Delivered in Partnership with:
Ivan McKee
Scottish Minister for Trade, Investment and Innovation
AT INDUSTRIAL SCALE FOR A ZERO CARBON FUTURE
1st OPPORTUNITIES FORUM SCOTLAND
Delivered in Partnership with:
David Holman
Specialist Hydrogen & CCUS, Scottish Enterprise
SCOTTISH ENTERPRISE
SPECIALIST – HYDROGEN & CCUS
DAVE HOLMAN
Scotland becomes a net zero emissions economy by 2045
Five years ahead of the wider UK net zero target for 2050
90% reduction in GHG emissions, from 1990 levels, by 2040
Building rapidly on the 2030 targets whilst embedding the principles of a Just Transition
50% of total energy consumption met by renewables in 2030
With 35% of domestic and 70% of non-domestic building heat supplied by low carbon technologies in 2032
75% reduction of GHG emissions from 1990 levels, by 2030
With a sliding scale of annual targets between now and then IS UNDERSCORED BY OUR RENEWABLE ENERGY & CHANGE TARGETS
Image source: Visit Scotland
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Taking a more coordinated approach to planning and delivering local solutions that link local generation and use; and
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Supporting the creation of vibrant local energy economies (both rural and urban) through the piloting and rollout
effective and represent good value for money.
A Smarter Local Model,
that better meets local energy needs....
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That seeks to capture the economic benefits of developing and implementing innovative energy solutions across Scotland; and
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Supports investment in energy efficiency measures, which will help to tackle fuel poverty and improve business productivity by making energy more affordable for all consumers.
A Just Transition,
creating employment and tackling poverty…
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Taking an integrated approach that recognises the effect that each element of the energy system has on the others; and
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Engages a broad range of stakeholders across the private, public and community spheres to address the challenges and opportunities of the energy transition in the best possible fashion.
A Whole System View,
covering power, heat and transport… IS GUIDED BY THREE CORE PRINCIPLES
Image source: Visit Scotland
Hydrogen Assessment Project Sets out Actions for the next year Programme for Government Potential of Hydrogen in the gas grid Electricity and Gas Vision Paper Hydrogen Illustrative Pathway Energy Strategy
AS A DIVERSE ENERGY VECTOR
Image source: EMEC
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Driven by significant renewable energy resources, grid constraints and high energy prices to consumers.
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Innovative community led response through hydrogen production as a versatile energy vector.
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Learning by doing – started with EMEC’s tidal test facility electrolyser, then Surf n Turf & BIG HIT projects scaled up the local energy system approach.
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Huge growth in activity with strong collaboration across the supply chain to support Orkney’s £70M portfolio of projects.
A Smarter Local Model,
that better meets local energy needs.... LEARNING BY DOING
Image source: Visit Scotland
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Europe’s largest hydrogen fleet deployment.
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10 hydrogen buses deployed in 2015. Now a total of 65 fleet vehicles in the city. 15 more buses due to be deployed later this year.
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Hydrogen Hub working on scaling up demand across the region and delivering green hydrogen to the market on a commercial basis.
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Opportunity for hydrogen to act as the catalyst for the oil & gas
can be transferred to a zero carbon future.
A Just Transition,
creating employment and transitioning our existing skills base… DELIVERING WORLD CLASS PROJECTS
Image source: Aberdeen City Council
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Joint venture between Dundee City Council, Michelin & Scottish Enterprise.
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Focused on sustainability mobility and low carbon energy, MSIP is a 32 hectare site offering both manufacturing, warehouse and office accommodation along with development land.
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It is a place where industry and academia can come together at the Innovation Hub and Skills Academy.
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A place where hydrogen innovation companies could find a home.
A Just Transition,
creating employment and transitioning our existing skills base… SUSTAINABLE MOBILITY AND LOW CARBON ENERGY
Image source: msipdundee.com
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North east focusing on scaling up production of both blue and green hydrogen with a whole system view on use.
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Likely to be the UK’s first operating CCS facility at St Fergus (Project Acorn). Blue hydrogen production an early enabler for oil & gas transition. Approx 35% of UK natural gas supply lands at St Fergus. If all this was converted to hydrogen this would equate to approx. 225TWH/y production based on 2017 figures (approx. 4Mt)
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NE coast also home to the Aberdeen Bay Windfarm (EOWDC) plus the Hywind and Kicardine floating wind projects.
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Dolphyn project floating wind hydrogen production platform demonstrator also likely to be sited off Aberdeen in 2024.
A Whole System View,
covering power, heat and transport IS DEVELOPING CLUSTERS TO DELIVER AT SCALE
Image source: Pale Blue Dot
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10,500 companies with revenues of £11.1 billion
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Responsible for generating around of the UK’s total turnover in onshore wind
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Delivering solutions for world first projects in offshore wind, marine renewables, energy storage, and a range of other emerging technologies
Diverse,
adaptable renewables & low carbon sector...
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Largest concentration of offshore engineering expertise in the world,
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Home to global centres of excellence in reservoirs, drilling, wells, downhole technology and subsea
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Scotland’s 370 subsea companies generate annual revenues of £7.5 billion
Unrivalled
chain of over 2,000 companies…
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74% of industry leaders consider Scotland as one of world’s best training grounds
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250,000 offshore workers globally trained to best-in-class OPITO standards
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Oil & Gas Technical Apprenticeship Programme has supported 1,500 young people into the industry
Highly skilled
workforce, trained to the highest safety standards… HOSTS A WIDE RANGE OF SKILLS AND EXPERTISE
Image source: Scottish Enterprise
Technical and commercial readiness Policy environment Policy environment Natural environment Company base Infrastructure Hydrogen supply and demand Academic expertise Public acceptance Just transition Net-zero targets
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Arup & E4Tech, on behalf of Scot Gov, SE and HIE, are currently undertaking the Hydrogen Assessment project.
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The three phases of the Hydrogen Assessment are:
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Hydrogen Baseline – To provide a robust evidence base on the context for hydrogen in Scotland
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Scenario Development – Develop a short list of distinct viable scenarios that illustrate Scotland’s potential hydrogen economy in 2045
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Impact Assessment – Conduct an impact assessment of these scenarios that consider the societal and economic benefits
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The report will inform Scot Gov decarbonisation policy with the development of a Hydrogen Action Plan and Policy Statement.
WILL INFORM THE FUTURE OF HYDROGEN POLICY IN SCOTLAND
Image source: Visit Scotland
Drivers and enablers of a hydrogen economy
Clusters
and DeepWind
10GW
(Scotwind).
2,000
Oil & gas supply chain companies
35%
St Fergus in Scotland.
10,500
companies active in the low carbon sector
25%
resource crosses the seas around Scotland TO EXPORT HYDROGEN ENERGY, SKILLS AND EXPERTISE
Image source: Scottish Enterprise
2.6GW
1.5GW
1.5GW
950MW
894MW
CURRENT PROJECT PIPELINE
Image source: 4C Offshore
FLEXIBLE LEASING - SCOTWIND
Image source: ABP Mer
▪ Crown Estate Scotland (CES) have identified
potential sites for the next offshore wind leasing round in Scotland.
▪ Predominately in greater than 60m water depth. ▪ Commercial scale floating wind sites expected. ▪ This is expected commence shortly. Successful
bidders will be announced later in the year.
▪ ScotWind could see up to 10GW being added in
Scottish waters.
DISCLAIMER The above numbers are based on a rough and ready cut for Scottish waters (based on latitude co-ordinates) of the maximum UK offshore wind potential. This assumes the North Sea is one huge offshore wind farm, allowing for spacing between turbines and for exclusions, but not allowing for distance between individual windfarms. This estimate is not based on looking at ScotWind zones etc or the practicalities of how you install and operate so many turbines, but using the sea as a whole and assuming that, in time, every inch (apart from the excluded areas - shipping, pipelines etc) can be used.
Offshore Wind Scenario Scotland Capacity LCOE < £60 (cost per MWh) Scotland Share of UK Offshore Wind Potential
No floating wind
23 GW 30%
Ultimate potential with commercial scale mature, floating wind (>50m waters)
735 GW 76%
Offshore Wind Potential Capacity in Scottish Waters. ORE Catapult unpublished estimates, May 2020
INDICATIVE MODELLING SHOWS HUGE POTENTIAL FOR MARINE RENEWABLES
Image source: Equinor
CONNECTING EUROPE TOGETHER WITH CLEAN HYDROGEN
Image source: Hydrogen Europe
▪ Hydrogen Europe Report: Green Hydrogen for a European
Green Deal 2×40 GW Initiative
▪ A roadmap for 40GW electrolyser capacity in the EU and
40GW electrolyser capacity in North Africa by 2030.
▪ This requires economic and societal co-operation between
countries and design and facilitation of a hydrogen market and infrastructure.
▪ Key to this is hydrogen transport by pipeline to reduce
transportation costs and hydrogen storage at scale. A hydrogen backbone infrastructure is shown in the plan (orange lines) and consists of re-used natural gas pipelines.
▪ St Fergus ideally positioned to be a key node connecting
SCOTTISH ENTERPRISE
SPECIALIST – HYDROGEN & CCUS
DAVE HOLMAN
SDIGermany@ScotEnt.co.uk