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Energy Solutions
Hydrogen generation system
Product Description
PANASIA’s “PanaGen” Hydrogen generation system
is a Hydrogen Business solution designed to generate
hydrogen and achieve carbon neutrality in the
hydrogen energy industry.
Through natural gas reforming, Hydrogen generation system are
installed at stationary charging stations. They will either be
used in the transport market or supplied to the market for
Hydrogen generation system for buildings.
Product Line-up
Regulation trend
“Hydrogen Economy” the key to the Green New Deal: Government’s aggressive policy expected to drive rapid growth
Korea’s hydrogen-related Green New Deal policy
Intense R&D support for hydrogen materials, parts, and equipment suppliers
Developing proprietary technologies throughout, from hydrogen generation
to distribution and to
utilization
Increasing demand for hydrogen stations due to nationwide
distribution of hydrogen vehicles.
[Roadmap to Hydrogen Economy] Goals for adoption of
hydrogen stations (cumulative)
171 hydrogen stations by 2020
310 hydrogen stations by 2022
660 hydrogen stations by 2030
1,200 hydrogen stations by 2040
A manufacturing system will be put in place for the commercial production of
100,000 hydrogen
vehicles each year, and key components will be localized by
2025 Under government policy,
cumulative hydrogen vehicle production will
be 6.2 million by 2040 (2.9 million domestically,
3.3 million exported)
Become a pioneer in the fast-growing global market
Achieve zero-carbon goals in Korea, which is lacking in Hydrogen Business resources
Strengthen energy security by reducing dependence on imports and diversifying energy sources
History
PanaGen’s key processes – steam methane reforming (SMR), ater gas shift (WGS),
and pressure swing adsorption (PSA)
– are designed to increase the cost effectiveness of hydrogen
generation.
First, through the steam methane reforming (SMR) process, steam reacts with natural gas, separating hydrogen
from carbon monoxide.
Then, in the hydrogen rich gas generated through the reforming process, carbon monoxide (CO) is taken to
react with steam again,
converting it into carbon dioxide (CO2) and hydrogen. This process is
called water gas shift (WGS).
Following this process, the resulting gas contains about 20% carbon dioxide. Through the pressure swing
adsorption (PSA) process,
only high-purity hydrogen is obtained. At PANASIA, we are also conducting
research on membrane processes in addition to the PSA process.
Development Status
Making a sustainable hydrogen industry through the diversification of hydrogen generation system
Safety management and
consumable replacement timing
notification service through
a Integrated control system
Integrated control system