POSCO PLANTEC
(President: KIM Bok-Tae) decided to work together with professional firms, OTC
and PIELDS Engineering, for the purpose of technical exchanges concerning hydrogen
production.
POSCO
PLANTEC on the 15th of this month executed a business collaboration agreement
on technical exchanges for hydrogen production with these companies, including
comparative analysis of autothermal reforming and steam methane reforming.
Steam
methane reforming method is a way to produce hydrogen through catalytic
reactions with high-temperature (700℃ to 1,100℃)/high-pressure steam
(3bar-25bar) from methane where the heat from combustion of natural gas ignites
the reactions.
This is
quite a universal method; however, it causes a problem of generating carbon
dioxide during combustion of natural gas in addition to excessive energy
consumption for generation of high temperature.
On the other
hand, autothermal reforming method is a technology combined with steam methane
reforming and partial oxidation methods where the heat required for steam
methane reforming is self-supplied by exothermic reactions from partial
oxidation method.
With this
method, it is easier to reduce the quantity of natural gas used and carbon
dioxide generated and to capture carbon dioxide, and it also has merits with
capability to reduce the area of land required for installation of equipment,
compared to the steam.
Especially,
this hydrogen production method is better for companies equipped with existing
oxygen production facilities.
Based on
this agreement, these three companies are to provide tailored solutions
according to the needs of customers, including reduction of carbon generation
and technology to save costs and necessary lands, by comparing and analyzing
the weakness and strength of these production methods.
To
accomplish given tasks, OTC will engage in comparative analysis on hydrogen
production methods, such as SMR and ATR, while PIELDS Engineering grafts its
engineering capability accumulated from facility designs as well as production
and construction designs of hydrogen production plants.
Also, POSCO
PLANTEC delivers its cooperation based on its know-hows and capability of
comprehensively performing the projects, including construction of hydrogen
production plant and hydrogen pipes, as evidenced at Pohang/Gwangyang
Steelworks.
These
companies plan to make contributions to climate change responses and Carbon Net
Zero through production of blue hydrogen grafted with carbon dioxide
capture/storage technology.
MIN Young-Wi, the head
of POSCO PLANTEC New Business Center, said, “We aim to further upgrade
hydrogen-related technology based on open innovation by fully cooperating with
all specialized companies in the future and continue contributing to
advancement of the hydrogen-reduced steel and hydrogen industries.”