Shock and vibration events in the drilling environment generally cause damage as a result of cumulative effects on downhole components. By monitoring shock and vibration on real-time tool measurements along with surface indicators, timely changes can be made in the drilling parameters to mitigate the accumulation of shock and vibration damages seen by the BHA.
Benefits
Transmission of axial and lateral shock and vibration levels helps mitigate hazardous drilling conditions
Requires no additional hardware
Allows for identification and corrective action of hazardous downhole conditions
Optimizes the transfer of energy to the bit to get the greatest ROP possible
Extended bit and downhole tool life for longer runs
Benefits
Transmission of axial and lateral shock and vibration levels helps mitigate hazardous drilling conditions
Requires no additional hardware
Allows for identification and corrective action of hazardous downhole conditions
Optimizes the transfer of energy to the bit to get the greatest ROP possible
Extended bit and downhole tool life for longer runs
