Design and economic analysis of natural gas hydrate regasification process combined with LNG receiving terminal
In this study, natural gas hydrate (NGH) regasification process combined with liquefied
natural gas (LNG) receiving terminal is designed. Since NGH contains excess water, the
process needs a dehydration step to avoid reproduction of hydrate in the pipelines. As a
method for dehydrating NGH, the enhanced dew point shift is chosen, and the last water
specification is achieved by mixing with a LNG stream, which contains negligible water. To
cool down the compressed NGH stream, the cryogenic energy of LNG receiving terminal is …
natural gas (LNG) receiving terminal is designed. Since NGH contains excess water, the
process needs a dehydration step to avoid reproduction of hydrate in the pipelines. As a
method for dehydrating NGH, the enhanced dew point shift is chosen, and the last water
specification is achieved by mixing with a LNG stream, which contains negligible water. To
cool down the compressed NGH stream, the cryogenic energy of LNG receiving terminal is …
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