Oil and gas rig data aggregation and modeling system

A non-transitory computer readable medium containing instructions for a process for a management server, the instructions comprising:

• storing, in a memory, first rig data, which includes first sensor data from first sensors in a first rig and first geological data of the first rig, provided from a first rig communicatively coupled to the management server;
• and
• storing, in the memory, second rig data, which includes second sensor data from second sensors of one or more other rigs and second geological data of the one or more other rigs, provided from the one or more other rigs communicatively coupled to the management server;
• and
• extracting a set of operational parameters of the first rig data and the second rig data by determining predictive powers of the operational parameters for plural phases of the plurality of phases of a timeline of rig operation including a drilling phase, a completion phase and a production phase, the set of operational parameters being adjustable parameters in the first rig and comprising a plurality of operational parameters which affect at least two phases of the drilling phase, the completion phase and the production phase for the first rig, wherein during the drilling phase, a size and characteristics of a discovery of oil or gas are determined and technical information is utilized to allow for more optimal methods for recovery of the oil or gas, during the completions phase, a drilled well is transformed into a producing well, and during the production phase, the production of oil or gas is facilitated,
• generating a signature of the first rig for at least one phase of the plurality of phases of the timeline of rig operation for the first rig, the signature of the first rig generated from a relationship of the first rig data received from the first rig to the set of operational parameters including the plurality of operational parameters which affect the at least two phases of the drilling phase, the completion phase and the production phase;
• generating a model signature for the at least one phase of the plurality of phases of the timeline of rig operation, the model signature generated from analytics of a relationship of the second rig data of the one or more other rigs to the set of operational parameters including the plurality of operational parameters which affect the at least two phases of the drilling phase, the completion phase and the production phase;
• and
• comparing the generated signature of the first rig and the generated model signature;
• and
• controlling the first rig by instructing the first rig to adjust the one or more extracted operational parameters of the first rig based on comparing the generated signature of the first rig and the generated model signature.

A system, comprising:

• a management server comprising:
• a memory, configured to store:
• first rig data, which includes first sensor data from first sensors in a first rig and first geological data of the first rig, provided from a first rig communicatively coupled to the management server;
• and
• second rig data, which includes second sensor data from second sensors of one or more other rigs and second geological data of the one or more other rigs, provided from the one or more other rigs communicatively coupled to the management server;
• and
• a processor, configured to:
• extract a set of operational parameters of the first rig data and the second rig data by determining predictive powers of the operational parameters for plural phases of the plurality of phases of a timeline of rig operation including a drilling phase, a completion phase and a production phase, the set of operational parameters being adjustable parameters in the first rig comprising a plurality of operational parameters which affect at least two phases of the drilling phase, the completion phase and the production phase for the first rig, wherein during the drilling phase, a size and characteristics of a discovery of oil or gas are determined and technical information is utilized to allow for more optimal methods for recovery of the oil or gas, during the completions phase, a drilled well is transformed into a producing well, and during the production phase, the production of oil or gas is facilitated;
• generate a signature of the first rig for at least one phase of the plurality of phases of the timeline of rig operation for the first rig, the signature of the first rig generated from a relationship of the first rig data provided from the first rig to the set of operational parameters including the plurality of operational parameters which affect the at least two phases of the drilling phase, the completion phase and the production phase for the first rig;
• and
• generate a model signature for the at least one phase of the plurality of phases of the timeline of rig operation, the model signature generated from analytics of a relationship of the second rig data of the one or more other rigs in the memory to the set of operational parameters including the plurality of operational parameters which affect the at least two phases of the drilling phase, the completion phase and the production phase;
• compare the generated signature of the first rig and the generated model signature;
• and
• control the first rig by instructing the first rig to adjust the one or more extracted operational parameters of the first rig based on comparing the generated signature of the first rig and the generated model signature to improve operation of the first rig during the at least one phase of the plurality of phases of the timeline of rig operation for the first rig;
• and
• a software, in a rig node managing the first rig, configured to execute a process for displaying information corresponding to the instructions to the first rig.

A method for a management server, the method comprising:

• storing, in a memory, first rig data, which includes first sensor data from first sensors in a first rig and first geological data of the first rig, provided from a first rig communicatively coupled to the management server;
• and
• storing, in the memory, second rig data, which includes second sensor data from second sensors of one or more other rigs and second geological data of the one or more other rigs, provided from the one or more other rigs communicatively coupled to the management server;
• and
• extracting a set of operational parameters of the first rig data and the second rig data by determining predictive powers of the operational parameters for plural phases of the plurality of phases of a timeline of rig operation including a drilling phase, a completion phase and a production phase, the set of operational parameters being adjustable parameters in the first rig and comprising a plurality of operational parameters which affect at least two phases of the drilling phase, the completion phase and the production phase for the first rig;
• generating a signature of the first rig for at least one phase of the plurality of phases of the timeline of rig operation for the first rig, the signature of the first rig generated from a relationship of the first rig data received from the first rig to the set of operational parameters including the plurality of operational parameters which affect the at least two phases of the drilling phase, the completion phase and the production phase for the first rig;
• generating a model signature for the at least one phase of the plurality of phases of the timeline of rig operation, the model signature generated from analytics of a relationship of the second rig data of the one or more other rigs to the set of operational parameters including the plurality of operational parameters which affect the at least two phases of the drilling phase, the completion phase and the production phase;
• and
• comparing the generated signature of the first rig and the generated model signature;
• and
• controlling the first rig by instructing the first rig to adjust the one or more extracted operational parameters of the first rig based on comparing the generated signature of the first rig and the generated model signature to improve operation of the first rig during the at least one phase of the plurality of phases of the timeline of rig operation for the first rig.