H2Tech - Q1 2022 - 12

PROJECTS UPDATE
The scope of the projects includes:
* Building a renewable energy
ecosystem that connects three
planned industrial H2
hubs in
the Basque region, Catalonia
and Murcia
* The creation of two new innovation
hubs in the regions of Castile-La
Mancha and Madrid to develop
electrolyzer technologies
* Boost green H2 capacity by 500
MW by 2025 and up to 2 GW by the
end of the decade
* Increasing the use of green H2
fueling stations by 2025
in
Spain's transportation network. This
includes the construction of 12 new
H2
* Promoting the use of green H2
heating and heavy industry.
in
According to the country's Hydrogen
Roadmap, Spain's aim is to install 4 GW
Phillips 66 and H2 Energy
Europe to develop H2
refueling network in EU
Through a 50-50 JV between their
subsidiaries, Phillips 66 and H2 Energy
Europe plan to develop up to 250 retail
H2
of renewable H2
by 2030. The SHYNE
project will be instrumental in reaching
the country's green H2
production targets.
CIP to lead green H2
project
in Northeastern Spain
A consortium consisting of
Copenhagen Infrastructure Partners,
Vestas, Naturgy, Enagas and Fertiberia
are developing a green H2
project in
Aragon, Spain. The project partners
will build a 2 GW-5 GW wind and solar
plant to power a 2-GW electrolyzer.
The H2
produced will be piped to
refueling stations across Austria,
Denmark and Germany by 2026. The
companies' subsidiaries-Phillips 66 Ltd.
and H2 Energy Europe AG-will leverage
their capabilities to develop a retail
network, bringing together H2
supply,
refueling logistics and vehicle demand.
The parties aim to supply the retail
refueling network with green H2
.
Valencia to be used as a raw material
for fertilizer production.
Automation technologies
to help accelerate
PosHYdon project
Emerson announced it is developing
software to enable safe and efficient
operation of the PosHYdon project, the
world's first offshore green H2
production
process on an operational gas platform.
According to the project's website,
the PosHYdon project will integrate
three energy systems in the North
Sea-offshore wind, offshore gas and
offshore H2
EUROPE
H2
-at Neptune Energy's Q13a-A
-Fifty project to help decarbonize Rotterdam
industrial operations
HyCC (The Hydrogen Chemistry Co.) is working with bp to develop
the H2-Fifty project, a 250-MW green H2
plant at Maasvlakte in the port of
Rotterdam. The facility will produce 45,000 tpy of green H2
fuels that are currently used in the process.
According to HyCC, the H2
industrial operations near Rotterdam. For example, bp will use the green H2
its Rotterdam refinery for desulfurization, replacing gray H2 made from fossil
-Fifty project will play an important role in the
development of an H2 hub at the Port of Rotterdam. Large-scale electrolyzers
will be distributed to industries throughout the port
area via a central pipeline called the H2 backbone. Together, the projects will
save millions of tpy of CO2
.
FID on the H2-Fifty project is scheduled to be made by the end of the year.
If greenlighted, operations are expected to begin in 2025.
12 Q1 2022 | H2-Tech.com
will be connected to offshore wind farms at the Port of Rotterdam's conversion
park, after which the H2
to help decarbonize
at
platform. This production platform is
the first fully electrified platform in the
Dutch North Sea. The project will provide
insight into electrolyzer efficiency from
a variable power supply and the cost
of installing and maintaining a green H2
production plant on an offshore platform.
Green electricity will be used to
simulate the fluctuating supply from
wind turbines and power the production
process, which will convert sea water
into demineralized water and then
safely produce H2
via electrolysis. The
H2 is then blended with the natural gas
and transported to the coast, via the
existing gas pipeline, and fed into the
national gas grid. The 1 MW electrolyzer
is expected to produce up to three tons
of H2
per week.
Emerson's DeltaV distributed control
system, DeltaV safety instrumented
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