19 September 2024
EnergyPathways
plc
("EnergyPathways" or the
"Company")
MESH Update
EnergyPathways plc (AIM: EPP), a
company developing integrated energy solutions, is pleased to
provide the following update regarding its plans to develop its
MESH infrastructure project, a large-scale natural gas and green
hydrogen storage facility.
Highlights:
·
Accelerating energy transition strategy with
upscaled MESH energy storage project to be a larger value energy
infrastructure project
·
MESH project has potential to generate significant
cash flows and high yield returns with estimated ROR of ~20+% over
the project's 20-year life
·
Progressing discussions with contractors and wider
project stakeholders including a global wind power developer and an
integrated oil and gas company
·
MESH project directly aligns with the UK
government's ambitions and energy policy to deliver both Energy
Security and Net Zero
·
Updated MESH project schedule aligns to regulatory
backdrop with FID now expected late 2025 and first energy supply
anticipated in 2027
·
New investor presentation available on
website
The MESH gas storage facility,
located off the UK's Lancashire coast, will be initially equivalent
in size to the Rough facility, currently the UK's largest gas
storage facility. EnergyPathways has further identified growth
upside to expand MESH natural gas and green hydrogen storage
capacity by as much as three times.
EnergyPathways' upscaled MESH
development will be a decarbonised, fully electrified storage
facility that can supply natural gas and green hydrogen to the UK
market, at scale. EnergyPathways believes it has the potential to
generate significant cash flows and high yield returns with a ROR
of ~20+% over the project's 20 year life.
EnergyPathways anticipates that
energy storage infrastructure will become a major multi-billion
pound growth sector to emerge from the UK energy transition
landscape as the UK progresses towards increasing wind capacity
threefold between now and 2030. EnergyPathways' strategy seeks to
integrate energy systems to develop energy infrastructure solutions
in a manner that can provide a secure, dependable and decarbonised
supply of natural gas and green hydrogen for the UK
market.
EnergyPathways is progressing
discussions with a global leading Tier-One engineering consultancy
for the pre-FEED, FEED and EPIC contractor for the MESH project
development. Discussions are also progressing with one of the
world's largest developers of wind power which is expected to
provide the MESH project with power under a long-term supply
arrangement for the storage facilities and the production of green
hydrogen. EnergyPathways is also engaged in discussions with one of
the world's largest integrated oil and gas companies for the
provision of long term gas storage capacity and long term gas and
hydrogen supply as well as the provision of project development
financing.
The Company is developing the MESH
project so that it is wholly in line with the UK government's
energy policy and ambitions, to deliver both Energy Security and
Net Zero. The Board hopes that this will engender demonstrable
support for the project from both the government and the
NSTA.
EnergyPathways has considered the
likely impact of the government's recently announced plans for new
environmental guidance. This guidance comes as a result of the
Supreme Court's "Finch Ruling" that requires regulators to consider
the impact of scope 3 emissions in the Environmental Impact
Assessment of new projects. The government has advised that this
new guidance will be available in the spring of 2025.
With MESH positioned to have a
favourable impact on global scope 3 emissions, EnergyPathways does
not consider any new guidelines will be of concern to the project's
progression. The Company has discussed the subject with the NSTA
and aligned its project schedule with the timing of these new
regulatory guidelines.
Based on the upscaled and expanded
scope of the MESH gas and hydrogen storage project, including its
plans to integrate energy systems as part of the development and to
develop a fully decarbonised facility that aligns with new
regulations, EnergyPathways currently expects that FID for the MESH
project will be late 2025, with first energy supply commencing late
2027.
New
Investor Presentation
EnergyPathways will be presenting at
the Proactive ONE2ONE investor forum this evening and will upload
to its website a new corporate presentation that will provide a
detailed summary of MESH and the enhanced value
proposition.
Commenting on the update, Ben Clube,
CEO of EnergyPathways, commented:
"When EnergyPathways completed its admission to AIM in
December last year, our plan was to initially deliver a new fast
track supply of low carbon gas in support of UK energy security,
before leveraging this position to transition into integrated
energy storage and hydrogen solutions.
"Since that time, we have witnessed further changes in
government policy that has increased the emphasis on investment in
decarbonised energy solutions and has placed greater scrutiny and
reduced incentives in traditional UK oil and gas
investment.
"In response, EnergyPathways has accelerated its energy
transition strategy to design integrated energy solutions and has
now developed its MESH energy storage project to be a significantly
upscaled and materially higher value energy infrastructure project
which can offer shareholders long-term high returns over MESH's 20+
year projected project life.
"MESH is exactly the type of energy solution that the UK will
require as it expands its wind capacity threefold by 2030 and
becomes increasingly reliant on imports to meet its energy needs.
Energy storage will be vital to harness the UK's excess wind energy
and to ensure it has a dependable and flexible supply of natural
gas - the UK's major source of energy - and EnergyPathways is
establishing an early mover advantage to secure an important role
in this fast-growth and high-value market.
"We continue to progress our engagement with all the relevant
authorities and stakeholders in the MESH project and feel confident
that we are presenting a compelling vision that will deliver
long-term shareholder returns."
This announcement contains inside information for the purposes
of Article 7 of EU Regulation 596/2014 (which forms part of
domestic UK law pursuant to the European Union
(Withdrawal) Act 2018).
Enquiries:
EnergyPathways
Ben Clube / Ben Hodges
|
Tel: +44 (0)207 466 5000, c/o
Buchanan (Financial PR)
Email :
info@energypathways.uk
|
Cairn Financial Advisers LLP (Nominated
Adviser) Jo Turner / Louise
O'Driscoll / Sandy Jamieson
|
Tel: +44 (0)20 7213 0880
|
Optiva Securities Limited (Joint Broker)
Christian Dennis / Daniel Ingram
|
Tel: +44 (0)20 3137 1903
|
Global Investment Strategy UK Limited (Joint
Broker) Callum Hill / James
Sheehan
|
Tel: +44 (0)20 7048 9000
|
Buchanan (Financial PR) Ben
Romney / Barry Archer
|
Tel: +44 (0)207 466 5000
Email: energy@buchanan.uk.com
|
For further information on
EnergyPathways visit www.energypathways.uk and
@energy_pathways on X (formerly Twitter).
Forward Looking Statements
This announcement contains
forward-looking statements relating to expected or anticipated
future events and anticipated results that are forward-looking in
nature and, as a result, are subject to certain risks and
uncertainties, such as general economic, market and business
conditions, competition for qualified staff, the regulatory process
and actions, technical issues, new legislation, uncertainties
resulting from potential delays or changes in plans, uncertainties
resulting from working in a new political jurisdiction,
uncertainties regarding the results of exploration, uncertainties
regarding the timing and granting of prospecting rights,
uncertainties regarding the timing and granting of regulatory and
other third party consents and approvals, uncertainties regarding
the Company's or any third party's ability to execute and implement
future plans, and the occurrence of unexpected
events.
Actual results achieved may vary
from the information provided herein as a result of numerous known
and unknown risks and uncertainties and other factors.