1. November 2021
Hydrogen
What is needed?

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Enagás
Midstream company. Leader in natural gas infrastructure
Construction, operation and maintenance
Independent
TSO
in the European
Union
The main
natural gas
transport
company in
Spain
Technical
Manager
of the Spanish
Gas System

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Mexico
TLA Altamira plant
Soto La Marina Compression Plant
Morelos Gas Pipeline
Peru
Transportadora de Gas del Perú (TgP)
Compañía Operadora de Gas del Amazonas (Coga)
Chile
Quintero LNG Plant
Greece, Albania
and Italy
Trans Adriatic Pipeline (TAP)
Spain
11,000 km of pipelines
6 LNG plants (+1 in the works)
3 underground storage facilities
Greece
DESFA
USA
Tallgrass Energy
Presence in 8 countries
Enagás
LNG
Storage Transport
What we do

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Renewable
gases
Key energy vectors in the process
of energy transition

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Electricity from renewable
sources
H2
▪ Mobility
▪ Power generation
▪ Industry
▪ Tertiary/household use
Generated
waste
Biogas
Biomethane
Circular
economy
Upgrading
Anaerobic
decomposition
Injection into
pipelines
Fuel for
vehicles
Industry
Hydrogen Biomethane
The use of existing gas
infrastructures is essential to
make progress at the lowest cost.
For technology neutrality
Renewable gases
They allow decarbonization of
sectors where electrification is
not an option.

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Enagás' commitment
towards green hydrogen
Due to its geographical
location and availability of
resources and infrastructure,
Spain must become a gateway
for green hydrogen to Europe

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Development of
Proprietary
technology
and R+D+i
projects.
Development of
demonstrative
projects
on an industrial scale.
Development of projects for
the decarbonisation
of the different economic
sectors, especially in those
regions where the energy
transition may have a
greater impact.
Adaptation/
development
hydrogen
transport network
both national and
towards Europe.
Enagas' commitment
towards green hydrogen

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Potential adaptation of gas pipelines
for the transport of hydrogen
Enagás’ commitment to green hydrogen
2030 2035 2040

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Publicly announced:
Enagás’ commitment to green hydrogen

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Expectations for hydrogen
deployment cover all
sectors of society (industry,
transport, electricity
generation and residential
consumption)
Towards a green
hydrogen economy

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Sectoral
decarbonisation
From renewable energies,
with zero emissions
Just
transition
Stimulatory agent, allows the
creation of industrial fabric
Energy
storage
Surplus power management
and grid integration
Linking between
sectors
Infinity of applications
(industrial, mobility, residential...)
Why?
Towards a green hydrogen economy

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What is needed?
Towards a green hydrogen economy
We will need to ensure that green hydrogen is
cost effective through scaling it up and
through administrative simplification,
existing regulatory loopholes have to be
eliminated. There is no need to over-regulate,
but mechanisms must be put in place.
On the other hand, we can push forward the
development of clean hydrogen through the
cooperation and sharing of technologies
among different countries and companies. Also
through private-public partnerships.
Source: Energy Council
Cost competitiveness and lack of regulation as main barriers

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The project includes the development of a green hydrogen production plant from renewable
photovoltaic energy. Green hydrogen will have multiple applications on the island, including
the fuel supply to a fleet of fuel cell buses and fuel cell vehicles, the generation of heat
and power for commercial and public buildings and the creation of a HRS.
Socios
 50 M€
Scope Mallorca Hub
H2O
H2
O2
Lloseta
Towards a green hydrogen economy
What is needed?
Case study: Green Hysland project
The project includes green hydrogen injection into the island's
gas pipeline network, through a Guarantee of Origin System,
to decarbonise gas supply

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• Lloseta
Towards a green hydrogen economy
What is needed?
Case study: Green Hysland project
Key ingredients:
✓ Local targets for decarbonization of the
economy and national hydrogen roadmap.
✓ Private-public partnership.
✓ Strategic project for the Balearic Government.
✓ First Industrial Deployment to be further scaled
up and replicated in other European islands.
✓ FCH-JU and IDAE grants to support
competitiveness.
What is missing:
✓ Removing regulatory and market design barriers:
• eliminate lengthy/complex licensing and permitting
processes (e.g. declaration of public utility),
• define flexible obligations to qualify the electricity
used for hydrogen production as renewable,
• provide additional financial/support mechanisms to
ensure H2 competitiveness,
✓ Lack of a regulatory/legal framework, standards,
regulatory body to qualify H2 as renewable and
certification systems to support the development of
the market (guarantee of origin system).