Carbon dioxide capture and storage based on analytical plume model outputs

A carbon dioxide storage system, comprising:

• a potential site comprising a reservoir, wherein a carbon dioxide injection operation of the potential site is defined by a set of operating parameters;
• a plurality of wellsite devices disposed at the potential site and gathering a set of inputs;
• a carbon dioxide injection system deployed at the potential site in response to a validation;
• a computer configured to:
• obtain the set of inputs from the potential site,
• obtain the set of operating parameters related to the potential site,
• accumulate a volume of data that is processed in a defined time to produce a predictive model,
• determine, with the predictive model, one or more predicted outputs based on the set of inputs and the set of operating parameters,
• generate, based on the one or more predicted outputs and without performing any numerical model simulation, validation that the potential site is suitable for carbon dioxide injection and storage, wherein one of the one or more predicted outputs is a target size of the resulting carbon dioxide plume, and
• adjust, automatically, the set of operating parameters based on the predictive model;
• a well controller configured to adjust one or more wellsite devices for injecting carbon dioxide into the reservoir based on the adjusted set of operating parameters;
• and
• a source of carbon dioxide.