Apparatus for the measuring of fluid levels and pumping of the same
A device for employing sonic transmissions is utilized to determine fluid level in a well or a container. The device may be utilized while the well is operating. It is known that wells replenish fluid at different rates even in the same formation or well field. Increased well production at minimum pumping cost is achieved for a given well. The device generates a sonic event through the use of a compressed fluid that is obtained from within a well. A fluid level measurement system is obtained in a well in which gas is produced under vacuum.
1. A method for controlling pump conditions for a well comprising:
at least partially opening a first valve to permit fluid communication between a gas compression chamber and a wellhead;
closing said first valve to prevent fluid communication between said gas compression chamber and the wellhead;
activating said gas compression chamber to compress fluid in said gas compression chamber thereby obtaining a compressed fluid in said gas compression chamber;
at least partially opening said first valve to release the compressed fluid into the wellhead thereby generating a sonic event;
obtaining data from the sonic event;
processing the data from the sonic event to determine the conditions for controlling the pump.
2. A method for controlling pump conditions for a well comprising:
closing a first valve to prevent fluid communication between a piston chamber and a wellhead;
moving a piston in said piston chamber away from said valve;
opening said valve to permit fluid from the wellhead into the piston chamber thereby generating a sonic event;
obtaining data from the sonic event;
processing the data from the sonic event to determine the conditions for controlling the pump.
3. The method of claim 2 wherein said piston within said piston chamber is moved away from said first valve and the pressure behind said piston is at the ambient pressure of the wellhead.
4. A method for controlling pump conditions for a well comprising:
closing a first valve in a piston chamber to prevent fluid communication between said piston chamber and the wellhead;
simultaneously closing a second valve in said piston chamber to prevent fluid communication between said piston chamber and the wellhead;
moving a piston in said piston chamber away from said first valve so as to create a partial vacuum in the region between said first valve and said piston while compressing fluid in the region between said second valve and said piston;
simultaneously opening said first valve and said second valve to create a first sonic event in the wellhead and a second sonic event in the wellhead;
obtaining data from at least one of the sonic events; and,
processing the data from the sonic event to determine the conditions for controlling the pump.
5. The method according to claim 4 wherein at least one of the first sonic event in the wellhead and the second sonic event in the wellhead occurs in the annulus of said wellhead.
6. A method for controlling pump conditions for a well comprising:
at least partially opening a first valve to permit fluid communication between a piston chamber and a wellhead;
said piston chamber having therein a piston;
said piston having a front face and a rear face;
said piston chamber having a second valve;
closing said first valve to prevent fluid communication between said piston chamber and the wellhead;
driving said piston within said piston chamber in the direction of said first valve such that the first face of said piston compresses fluid in said piston chamber thereby obtaining a compressed fluid in said piston chamber;
at least partially opening said first valve to release the compressed fluid into the wellhead thereby generating a sonic event;
obtaining data from the sonic event;
processing the data from a sonic event to determine the conditions for controlling the pump.
7. The method of claim 6 wherein said second valve is open while said piston is moved away from said first valve.
8. The method of claim 6 wherein said second valve is closed while said piston is moved away from said first valve.
9. The method of claim 6 wherein said second valve is closed while said piston is moved away from said first valve and fluid between said second piston face and said second valve is compressed.
10. The method according to claim 6 wherein at least one of the first sonic event in the wellhead and the second sonic event in the wellhead occurs in the annulus of said wellhead.
11. A device for controlling pump conditions in a well comprising:
a T-Head connector;
a gas compressor, for when in use, to compress gas from within a wellhead;
said gas compressor connected with said T-Head connector;
a first valve for controlling fluid communication between said gas compressor and the wellhead;
a computer controller;
said computer controller connected with said first valve to open and close said first valve to permit fluid communication between said gas compressor and the wellhead;
said computer controller to activate said gas compressor, for when in use, to receive gas from the wellhead, and,
said computer controller connected with said gas compressor, for when in use, to open a valve to release the compressed gas into the wellhead.
12. The device according to claim 11 , wherein said computer controller, for when in use, controlling pump conditions in a well to permit withdrawal of a liquid from the well.
13. The device according to claim 11 , wherein at least one pressure sensor is connected with said device and said at least one pressure sensor provides pressure readings from within the wellhead.
14. A method for controlling pump conditions in a well having a wellhead pump, well tubing, and a well annulus comprising:
a T-Head connector;
a pump to remove liquid through well tubing;
a gas compressor, for when in use, to compress gas from within a wellhead;
said gas compressor connected with said T-Head connector;
a first valve for controlling fluid communication between said gas compressor and the wellhead;
a computer controller;
said computer controller connected with said first valve to open and close said first valve to permit fluid communication between said gas compressor and the wellhead;
said computer controller to activate said gas compressor, for when in use, to receive gas from the wellhead,
said computer controller connected with said gas compressor, for when in use, to open a valve to release said compressed gas into the wellhead;
said released compressed gas generating pressure events within the wellhead;
obtaining data from said pressure events; and,
processing the data from said pressure events to determine the conditions for controlling the pump to remove liquid through the well tubing.