기술, 경제성을 고려한 최적 친환경 수소생산 기술 선정 방법
Selecting Optimal CO2-Free Hydrogen Production Technology Considering Market and Technology
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With the increased interest in renewable energy, various hydrogen production technologies have been developed. Hydrogen production can be classified into green, blue, gray, and pink hydrogen depending on the production method; each methodhas different technical performance, costs, and CO2 emission characteristics. Hence, selecting the technology priorities that meet thecompany strategy is essential to develop technologically and economically feasible projects and achieve the national carbon neutralitytargets. In addition, in early development technologies, analyzing the technology investment priorities based on the company’sstrategy and establishing investment decisions such as budget and human resources allocation is important. This study proposes amethod of selecting priorities for various hydrogen production technologies as a specific implementation plan to achieve the nationalcarbon neutrality goal. In particular, we analyze key performance indicators for technology, economic feasibility, and environmentalperformance by various candidate technologies and suggest ways to score them. As a result of the analysis using the aforementionedmethod, the priority of steam methane reforming (SMR) technology combined with carbon capture & storage (CCS) was establishedto be high in terms of achieving the national carbon neutrality goal.
Abstract
With the increased interest in renewable energy, various hydrogen production technologies have been developed. Hydrogen production can be classified into green, blue, gray, and pink hydrogen depending on the production method; each methodhas different technical performance, costs, and CO2 emission characteristics. Hence, selecting the technology priorities that meet thecompany strategy is essential to develop technologically and economically feasible projects and achieve the national carbon neutralitytargets. In addition, in early development technologies, analyzing the technology investment priorities based on the company’sstrategy and establishing investment decisions such as budget and human resources allocation is important. This study proposes amethod of selecting priorities for various hydrogen production technologies as a specific implementation plan to achieve the nationalcarbon neutrality goal. In particular, we analyze key performance indicators for technology, economic feasibility, and environmentalperformance by various candidate technologies and suggest ways to score them. As a result of the analysis using the aforementionedmethod, the priority of steam methane reforming (SMR) technology combined with carbon capture & storage (CCS) was establishedto be high in terms of achieving the national carbon neutrality goal.
참고문헌 (12)
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