Abstract
Calculations for the dissolution behavior of liquid CO 2 droplets released in the East Sea and the Clipperton Clarion from a moving ship and a fixed pipeline have been carried out in order to estimate the CO 2 dissolution characteristics in the ocean. The results show that the injection of liquid CO 2 from a moving ship in a high temperature point is an effective method for dissolution. Also, it is noted that the ultimate plume generated from CO 2 bubbles repeats expansion and shrinking due to the peeling from a fixed pipeline, and the presence of hydrate layer on a liquid CO 2 droplet acts as a resistant layer in dissolving liquid CO 2.
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