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Hydrate Reservoir Models Indicate Key Variables for Methane Production

6 Hydrate Reservoir Models Indicate Key Variables for Methane Production [Pg.583]

Experiments, both in the field and laboratory, are very expensive. Models of methane production from hydrate can save substantial expense of time, effort, and capital. This section of Chapter 7 gives guidelines from the models for hydrate dissociation. [Pg.583]

One might consider the rationale for models, as one of three analogs of the real hydrated reservoir situation  [Pg.583]

A field test, such as the Mallik 2002 case study, is perhaps the best analog of hydrate dissociation in a reservoir. However, the Mallik 2002 project cost many man years and approximately US 22,000,000. Even with such a large cost, there was still concern about the data obtained, and how representative the transient data would be for long-term production. [Pg.583]

A laboratory experiment typically requires months to plan and costs approximately US 50,000-300,000. There is less certainty here than in the field tests, but also less expense. [Pg.583]


Hydrate reservoir models indicate key variables for methane production. [Pg.537]




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Hydrated methane

Hydrated production

Hydrated products

Hydration 145-7 products

Hydration model

Hydration variability

Indications for

Indicator variable

Indicators for

Key indicators

Methane hydrates

Methane model

Methane production

Model product

Model variability

Production models

Reservoir model

Variable, modeling

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