Journal of the Korean Society of Mineral and Energy Resources Engineers ISSN:2288-0291(Print) 2288-2790(Online) 한국자원공학회지

ACES DELTA(Advanced Clean Energy Storage) SITE, 2025.05.06., https://aces-delta.com/sites/

Ardent Underground Hydrogen Storage, 2022.07.26., https://ardentunderground.com

Chevron acquires majority stake in Advanced Clean Energy Storage project in Delta, Utah, 2025.05.06., https://www.chevron.com/newsroom/2023/q3/chevron-acquires-majority-stake-in-advanced-clean-energy-storage-project-delta-utah

Cho, S.H. and Lee, J.H., 2024. Investigation on the technical characteristics and cases of salt cavern for large-scale hydrogen storage, Journal of the Korean Institute of Gas, 28(2), p.7-16

Chung, S.K., Park, E.S., Lee, H.S., and Jeong, W.C., 2006. Determination of boil-off gas ratio for the design of underground. Tunnel And Underground Space, 17(1), p.56-65.

Daishin Securities, 2023. Will Ammonia Save Humanity?, Daishin Research Center Report, Seoul, Korea, p6-16. (in Korean).

HyStock hydrogen storage project in salt caverns, 2022a.07.26., https://www.hystock.nl/en/hydrogen/storage-in-salt-caverns

HyStock Reserve storage space, 2022b.07.26., https://www.hystock.nl/en/about-hystock/reserve-storage-space

Iowa Department of Transportation, 2021, Iowa Department of Transportation Bridge and Design Manual, Iowa, United States of America, p.1040.

Jeong, U.C., Kim, T.G., Lee, J.M., Kim, H.Y., Park, E.S., and Jeong, S.G., 2008. Study on the change of LNG Ice Ring in the gap during formation in underground storage facility, In Proceedings of the Korean Society for Rock Mechanics Conference, Korean Society for Rock Mechanics and Rock Engineering, p.73-86.

Ju, H.K., Lee, H.J., Lee, C.H., and Bong, S.Y., 2023. Safety risk management of ammonia to scale-up hydrogen production for transport and storage, transportation, and storage, Journal of Surface Science and Engineering, 56(6), p.371-379.

Kim, H.M., Park, D.H., Ryu, D.U., Sin, J.H., and Song, W.G., 2011. Field Experimental Evaluation of Concrete Lining Structure and Surrounding Rock Sealing Properties of Underground Compressed Air Energy Storage (CAES) Demonstration Facility, In Proceedings of the Korean Society for Rock Mechanics Conference, Korean Society for Rock Mechanics and Rock Engineering, p.269-273.

Kim, H.Y., Amantini, E., and Chanfreau, E., 2003. Pilot project: Lined cavern LNG storage, Journal of the Korean Society of Mineral and Energy Resources Engineers, 40(2), p.140-145.

Kim, J.K., 2024. The direction of hydrogen and ammonia stockpiling policy for achieving carbon neutrality, Journal of Hydrogen and New Energy, 35(6), p.673-680.

Korea Gas Safety Corporation (KGSC), 2021. KGS FU211: Standards for Specific High-Pressure Gas Usage Facilities, Korea Gas Safety Corporation, Cheonan, Korea, 44p. (in Korean)

Korea Gas Safety Corporation (KGSC), 2022. KGS FU111: High Pressure Gas Storage Facility Standards, Korea Gas Safety Corporation, Cheonan, Korea, 56p. (in Korean)

Korea Institute of Energy Research (KIER), 2021. Carbon Neutral Fuel: Ammonia Policy and Industry Trends, Climate Technology Brief No.42, Daejeon, Korea, p.1-10. (in Korean)

Korea Institute of Science and Technology (KIST), 2019. Research and development trends in large-capacity hydrogen storage technology based on liquid organic and inorganic compounds (LOHC, NH3). Convergence Research Review, 5(9), Seoul, Korea, p32-54. (in Korean).

Korean Register (KR), 2021. Ammonia fuel propulsion ship report, Busan, Korea, 62p. (in Korean)

Lee, H.K., Woo, Y.M., and Lee, M.J., 2021. The needs for R&D of ammonia combustion technology for carbon neutrality - Part Ⅰ background and economic feasibility of expanding the supply of fuel ammonia, Journal of The Korean Society of Combustion, 26(1), p.59-83.

Lee, K.M., 2002. Vertical excavation equipment, Tunnel Technology, Journal of the Korea Tunneling Association, 4(4), p.49-53.

Lee, S.W., Cho, M.S., and Bae, G.J., 2003. A study on the excavation capacity of domestic raise boring machine, Tunnel And Underground Space, 13(3), p.196-206.

Rennkamp, p., and Harquail, D., Pioneering Underground Technologies Mechanized Shaft & Raise Excavation Webinar, 2022.08.23., https://www.scribd.com/document/485856382/Herrenknecht-Mining-Mechanised-Shaft-Raise-Excavation-Webinar-22Jan2020-pdf

Ministry of Trade, Industry and Energy (MOTIE), 2021. The 1st Hydrogen Economy Implementation Basic Plan, Sejong, Korea, 98p. (in Korean)

Park, E.S., Jeong, S.G., Lee, D.H., and Kim, H.Y., 2008. Status and future prospects of LNG underground storage technology, In Proceedings of the Korean Society for Rock Mechanics Conference, Korean Society for Rock Mechanics and Rock Engineering, p.87-98.

Park, E.S., Jung, Y.B., and Oh, S.W., 2022. Carbon neutrality and underground hydrogen storage. Journal of The Korean Society of Mineral and Energy Resources Engineers, 59(5), p.462-473.

Park, H.W., Yon, Y.H., Kim, N.S., and Lee, B.H., 2010. Construction technology of vertical penstock tunnel - YECHEON pumped storage power project, KSCE Journal of Civil and Environmental Engineering Research, 58(8), p.33-37.

Park, Y.M., Choe, S.J., Han, D.H., Heo, G.E., and Jung, S.H. 2024. Underground hydrogen storage: comparison of high-pressure hydrogen, liquid hydrogen, and ammonia, Journal of Korean Society of Environmental Engineers, 46(10), p.613-628.

Ryu, D.W., 2023. Compressed air energy storage: geological storage and volume requirement, Journal of The Korean Society of Mineral and Energy Resources Engineers, 60(2), p.129-144.

Shin, Y.L. and Lee, J.W., 2017. The status and experiences of LILW disposal facility construction, Journal of the Korean Society of Mineral and Energy Resources Engineers, 54(4), p.389-396.

Underground Sun Conversion, 2022.07.26., https://www.underground-sun-conversion.at/en/project/project-description.html