[월간수소경제 박상우 기자] Hanwha E&C is promoting a project to produce hydrogen with Panasia and biogas.
Hanwha Construction Division announced on the 20th that it has signed a commercial agreement for hydrogen production using biogas with Panasia, an eco-friendly facility specialist, at the Hanwha Building in Jangjang-dong, Seoul.
Under this agreement, the two companies intend to ensure competitiveness in green hydrogen production technology for carbon neutrality by continuously discussing further cooperation measures, including joint development and commercialization of hydrogen production technology using biogas.
Biogas is a gas generated in the process of decomposition of organic waste such as sewage residues, food waste and manure.
Panasia is an eco-friendly facilities company specializing in the business of carbon dioxide capture and storage (CCS), including biogas business, hydrogen purification using natural gas and ammonia. The high purity adsorption separation process (PSA) which purifies hydrogen to high purity and the water gas transfer process (WGS) which increase the efficiency of hydrogen production have been developed with 100 domestic technology %.It is a leading company in the field of carbon neutrality in Korea.
Earlier this year, Hanwha Construction Division won a private investment project to modernize facilities of Daejeon Sewage Treatment Plant with a total project cost of KRW 721.4 billion.
In the future, if Hanwha E&C’s know-how in the field of environmental facilities and Panasia’s technology are combined, synergies are expected in the field of hydrogen production using biogas.
As such, Hanwha E&C is preparing to leapfrog as a “green infrastructure developer” by focusing on the new and renewable energy sector to lead the zero carbon era.
We plan to develop a wind power generation complex with a total capacity of 2 GW by 2030 and ensure competitiveness in the field of green energy business by producing hydrogen using waste plastic pyrolysis oil and ensuring production technologies of biogas and green hydrogen using organic waste resources. plan to secure.
