This paper describes about the storage capacity and the transportation of gas in methane hydrate, which is manufactured in a jacket-type stirred reactor. In the manufacture of the gas hydrate, the formation and the gas storage ability of hydrate are greatly affected by many manufacturing conditions. We found that the induction delay time decreases with increasing reaction pressure (4 MPa to 7 MPa) and hydrate growth rate, and the gas storage ability increases with increasing reaction pressure at 276.65 °K and 600 rpm. The induction delay time increases with increasing reaction temperature (274.15 °K to 279.15 °K) and hydrate growth rate; however, the gas storage ability decreases with increasing reaction temperature at 6 MPa and 600 rpm. Furthermore, the induction delay time decreases with increasing the stirring rate from 300 to 600 rpm; hydrate growth rate increases with the increasing stirring rate; and the gas storage ability is constant within the stirring rate range at 6 MPa and 276.65 °K.