Systems and methods to chemically liven dead wells

A well livening system to reduce accumulation in a wellbore, the system comprising:

• a chemical skid, the chemical skid located at a surface adjacent to the wellbore, the chemical skid comprising:
• a chemical storage tank, the chemical storage tank configured to contain the dosing chemical,
• a dosing pump, the dosing pump fluidly connected to the chemical storage tank, the dosing pump configured to transfer an amount of dosing chemical from the chemical storage tank to a wellbore,
• a skid line, the skid line fluidly connecting the chemical storage tank, the dosing pump and a connection line, and
• a dosing check valve positioned on the skid line, the dosing check valve configured to allow flow of the amount of dosing chemical;
• a controller system, the controller system configured to determine the amount of dosing chemical to be transferred to the wellbore based on downhole data, the controller system electrically connected to the dosing check valve such that the controller system sends signals to open and close the dosing check valve based on the amount of dosing chemical;
• the connection line, the connection line fluidly connected to the dosing check valve of the chemical skid, the connection line configured to transport the amount of dosing chemical from the chemical skid;
• an injection spool, the injection spool fluidly connected to the connection line, the injection spool comprising a double block and bleed manifold;
• a hanger, the hanger comprising a dual seal stack, the hanger configured to support the chemical injection string and to isolate the wellbore from the surface;
• the chemical injection string, the chemical injection string fluidly connected to the connection line through the injection spool and the hanger, the chemical injection string configured to deliver the amount of dosing chemical to the wellbore, the chemical injection string comprising:
• injection valves, the injection valves positioned at intervals along the chemical injection string, wherein the injection valves comprise check valves, and
• sensors, wherein at least one sensor is positioned adjacent to each injection valve, wherein the sensors are selected from the group consisting of pressure sensors, temperature sensors, and combinations of the same;
• a permanent downhole monitoring system (PDHMS), wherein the PDHMS is positioned proximate to a packer in the wellbore;
• and
• a data acquisition system, the data acquisition system configured to collect downhole data, where the downhole data comprises data from the sensors and the permanent downhole monitoring system and to transmit the downhole data to the controller system.