H2Tech - Q3 2021 - 6

TECHNOLOGY SPOTLIGHT
in a variety of industrial sectors such
as port facilities, construction sites and
industrial complexes.
Under the agreement, Hyundai
Motor will supply PEMFC fuel cell
systems and provide technical support,
while Hyundai Electric will develop
and commercialize a fuel cell-based
power generation package, which
includes mobile generators and AMP
supply systems. Hyundai Electric will
also explore a variety of business
models for marketing the new
package in South Korea and abroad.
Air Products, Cummins
to accelerate development
of H2
trucks
an MOU to accelerate the integration
of H2
Europe and Asia. Cummins will provide
H2
Air Products and Cummins Inc. signed
fuel cell trucks in the Americas,
fuel cell electric powertrains
integrated into selected OEM partners'
heavy-duty trucks for Air Products,
as Air Products begins the process of
converting its global fleet of distribution
vehicles to H2
fuel cell vehicles.
Following a successful demonstration
and pilot phase, Air Products plans to
convert its global fleet of approximately
2,000 trucks to H2
fuel cell zeroemissions
vehicles. Cummins and Air
Products expect the demonstration
phase to begin in 2022. Additionally,
Cummins and Air Products will work
together to increase the accessibility of
renewable H2
for mobility.
between Sweden's SSAB, LKAB and
Vattenfall, HYBRIT is the deployment of
a pilot project for large-scale H2
Howden will supply a highpressure
diaphragm compression
package to integrate the storage
cycle of the H2
production. The H2
compression includes installation
and commissioning of a packaged,
three-stage diaphragm compressor.
The facility consists of a 100-m3
H2 storage built in an enclosed rock
cavern approximately 30 m below
ground. This offers a cost-effective
solution, with the necessary pressure
required, to store large amounts of
energy in the form of H2
.
TURBOMACHINERY/
COMPRESSION
PPI compressors address
key requirements
for H2
applications
detection system immediately
detects diaphragm or seal failure.
storage.
* Lower energy costs: PPI's
rugged crank cases and drive
trains are designed to deliver
maximum compression at
the lowest energy cost.
* Support for industry standards:
All PPI compressors meet
API 618 standards.
* Explosion-proof certification:
PPI compressors are
certified to meet the various
standards for explosion-proof
environments worldwide.
* Custom engineering: Sundyne
collaborates with customers to
manufacture customized PPI
systems that are optimized for the
gas pressure, molecular weight,
heat, corrosion and velocity of each
application. Sundyne utilizes the
latest technology in solids modeling
and FEA analysis to ensure that
all working components are
designed and tested to minimize
wear, improve sealing and reduce
corrosive and erosive effects.
Siemens Energy to provide
H2
turbines in Nebraska
, including H2 infrastructure
opportunities that promote the adoption
of H2
STORAGE
Howden to provide storage
for steel pilot
Sundyne's PPI diaphragm compressors
are being used for H2
applications around
the world. PPI compressors are ideal for
H2
diaphragm compressors
are designed to meet the
pressures required by mobility
applications and industrial
decarbonization projects.
* Product purity: PPI compressors
feature triple diaphragm sets,
which ensure that the process gas
is isolated from the hydraulic oil.
This provides absolute process
purity for fuel cell applications.
* Reliability: Every processcontacting
part in a PPI
compressor is made from
corrosion-resistant alloys, making
them ideal for H2
processing.
Howden will deliver an H2
storage
compression solution for HYBRIT, the
world's first fossil-free steel plant, in
Svartöberget, Sweden. A joint project
6 Q3 2021 | H2-Tech.com
* Environmental safety: The static
seals in PPI compressors ensure
zero leakage of process gas to
the atmosphere, and PPI's leak
applications for a number of reasons:
* High compression ratio: PPI
Siemens Energy will provide two
SGT6-5000F turbines to power Omaha
Public Power District's (OPPD's) new
Turtle Creek Station Peaking Plant in
Papillion, Nebraska. The simple-cycle
turbine facility will be used to modernize
backup generation in OPPD's fleet,
which means that the plant will run
only as needed to provide a reliable
source of electricity for the community.
The turbines offer the ability to run
and biodiesel in support
on up to 30% H2
of future technology advancements.
They also offer a fast start time and low
emissions while helping rapidly stabilize
transmissions systems to adjust for the
variable output of solar generation.
Siemens Energy has set an
ambitious target to have all its new gas
turbines (including the SGT6-5000F)
capable of burning 100% H2
on or
before the end of 2030.
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H2Tech - Q3 2021

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