Abstract
The objective of the present study is to investigate the influence of temperature and flow velocity on CO_2 hydrate film thickness. CO_2 hydrate film thickness is measured under differential temperature and flow velocity conditions. In this study, CO_2 hydrate film thickness is measured with laser interference method. And, CO_2 hydrate film thickness is estimated based on duality of CO_2 saturated solubility under CO_2 hydrate formation condition. As the result, the measured CO_2 hydrate film thickness decrease with increase in temperature and flow velocity. And, the estimated CO_2 hydrate film thickness denotes the same tendency of measured CO_2 hydrate film thickness.
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