Authors: White, MD, Kneafsey, TJ, Seol, Y, Waite, WF, Uchida, S, Lin, JS, Myshakin, EM, Gai, X, Gupta, Reagan, MT, Queiruga, AF, Kimoto, Baker, RC, Boswell, R, Ciferno, J, Collett, T, Choi, Dai, De La Fuente, M, Fu, P, Fujii, Intihar, CG, Jang, Ju, Kang, Kim, JH, JT, SJ, Koh, C, Konno, Kumagai, K, Lee, JY, WS, Lei, L, Liu, F, Luo, H, Moridis, GJ, Morris, Nole, Otsuki, Sanchez, Shang, Shin, HS, Soga, Sun, Suzuki, Tenma, N, Xu, Yamamoto, Yoneda, Yonkofski, CM, Yoon, HC, You, Yuan, Zerpa, Zyrianova
Venue: Marine and Petroleum Geology
Type: Publication
Abstract: Highlights • Code comparisons build confidence in simulators to model interdependent processes. • International hydrate reservoir simulators are compared over five complex problems. • Geomechanical processes significantly impact response of gas hydrate reservoirs. • Simulators yielded comparable results, however many differences are noted. • Equivalent constitutive models are required to achieve agreement across simulators. Geologic reservoirs containing gas hydrate occur beneath permafrost environments and within marine continental s...
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Topics: 
Petroleum engineering
Earth science
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