本研究建立的一套具有可視窗高壓設備（高壓釜內部體積約為1.6 L）以探討綜合式開採甲烷水合物過程的動態變化行為。本研究探討在不同介質（純水或海水）中，灌注二氧化碳後甲烷水合物融解與被二氧化碳置換之動態行為，在實驗過程中記錄高壓釜內各時間點溫度與壓力分布變化，釋放氣體中之組成，以及釋放總體積等資料。此外，我們也探討以兩種綜合式開採甲烷水合物的動態行為，其中包括二氧化碳置換結合降壓法和降壓法結合熱刺激，所有之動態數據均全程紀錄。這些實驗數據可用於驗證電腦模擬（如CMG-STARS）之結果。

A visual high-pressure apparatus, with internal volume of 1.6 L, was installed in the present study to investigate dynamic behavior of recovery of methane hydrate with combined methods. This study investigates the dynamic behavior of methane hydrate decomposition and replacement by carbon dioxide injection in different media (pure water or seawater). The temperature responses at different positions, compositions and pressure of released gas mixtures, and total volume of released gas varying with time were collected during the experimental course. We also investigate the dynamic behavior of methane gas production with two combined methods. Those methods include carbon dioxide replacement with depressurization and depressurization with thermal stimulation. All the dynamic data were recorded during the whole experimeatal period. Those experimental data can be provided to verify the simulation results from computer simulators such as CMG-STARS.

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