H2Tech - Q2 2022 - 11

PROJECTS UPDATE
HyDeal España to create
largest integrated H2
U.S.
hub
HyDeal España is the first industrial
implementation of the HyDeal Ambition
platform-a consortium of 30 European
energy companies. The goal of the
platform is to deliver 100% green H2
across Europe at €1.5/kg ($1.66/kg)
before 2030. The consortium plans
to build 95 GW of solar capacity and
67 GW of electrolysis capacity on the
Iberian Peninsula by 2030. This capacity
will produce 3.6 MMtpy of green H2
for users in the energy, industry and
mobility sectors. The use of green H2
will help Spain wean off the use of fossil
fuels and provide zero-carbon energy
for multiple industry sectors.
Air Liquide advances
Normand'Hy renewable
H2
project
Air Liquide has received support
from the French State to launch its
Normand'Hy large-scale renewable
H2
to TotalEnergies' Normandy
project. Located in Port-Jérôme,
Normandy, France, the 200-MW
electrolyzer will provide renewable
H2
refinery. The proton exchange
membrane (PEM) electrolyzer will
use Siemens Energy technology.
The project is scheduled to
be commissioned in 2025. Once
operational, Normand'Hy will avoid
250,000 tpy of CO2
emissions. The
project is part of a wider-scale
initiative to decarbonize the
Normandy industrial basin.
MIDDLE EAST
JV to develop world-scale
green ammonia project
in Oman
Scatec ASA and ACME Group have
signed a 50/50 JV agreement to
develop a world-scale green ammonia
facility in Oman. The two-phased
project will be built in the Duqm Special
Economic Zone. Phase 1 will use a 300MW
electrolyzer-powered by 500 MW
of solar power-to produce 100,000 tpy
of green ammonia. After the completion
of both phases, the facility will be
able to produce 1.2 MMtpy of green
ammonia. This project will help Oman
towards its goal of building a hub for
green H2
and ammonia.
EUROPE
RWE and Neptune sign deal to accelerate development
of the H2opZee project
RWE and Neptune Energy signed a joint development agreement to develop
the offshore demonstration project H2
located in the North Dutch Sea, includes the installation of a 300-MW-500-MW
electrolyzer to produce green H2
opZee. The demonstration project,
from offshore wind. The green H2
study. Phase 2 includes the full implementation of the project.
H2Tech | Q2 2022 11
will then be
transported to land via a 10-GW-12-GW pipeline. The two companies plan to start
a feasibility study on the project this year.
The H2
opZee project consists of two phases. Phase 1 include the feasibility
Southern California Gas
to build nation's largest
green H2
Southern California Gas Co.
announced plans to develop the Angeles
Link, which, if built, will be the largest
green H2
infrastructure system in the
U.S. The system will deliver green H2
to
the Los Angeles region. According to
Southern California Gas Co., the Angeles
Link would support the integration of
more renewable electricity resources like
solar and wind and would significantly
reduce greenhouse gas emissions from
electric generation, industrial processes,
heavy-duty trucks and other hardto-electrify
sectors of the Southern
California economy. The proposed system
would significantly decrease demand for
natural gas, diesel and other fossil fuels in
the Los Angeles Basin, helping accelerate
California's climate and clean air goals.
Benefits of the Angeles Link include:
* Displacing up t o3 MMgpd of diesel
by replacing diesel powered heavyduty
truck with H2
fuel cell trucks
* Eliminating nearly 25,000 tpy of
infrastructure system
smog forming nitric oxide (NOx
14.3 MMtpy of CO2
.
) and
-the equivalent
of taking 3.1 MM cars off the road
* Converting up to four natural gas
power plants to green H2
ExxonMobil planning
H2
production and CCS
at Baytown complex
ExxonMobil is planning to build a H2
production plant and develop one of
the world's largest carbon capture and
storage (CCS) projects at its integrated
complex in Baytown, Texas. The project
would produce up to 1 Bft3
d of blue H2
that would fuel the site's olefins plant,
while the CCS project would be able to
store 10 MMtpy of CO2
.
Using H2 as a fuel for the olefins plant
could reduce the integrated complex's
Scope 1 and 2 CO2
emissions by up
to 30%, as well as enable the site to
manufacture lower-emissions products
for its customers. Access to surplus
H2
and CO2
storage capacity would be
made available to nearby industry.
The CCS project would form
ExxonMobil's initial contribution to
H2Tech - Q2 2022

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