Apparatus and method for bead recovery
An apparatus and method for facilitating recovery of lubrication beads is provided. The apparatus includes a hydrocyclone, for separating drilling fluid into a high density stream and a low density stream containing a major portion of the lubrication beads; a receiving pump, for pumping drilling fluid to the hydrocyclone; a discharge pump, for pumping the high density stream from the lower end of the hydrocyclone to further processing; and a hose for flowing the low density stream from the upper end of the hydrocyclone to the cleaned fluid handling system. A method for integrating the apparatus for facilitating recovery of lubrication beads from a drilling fluid into a solids control apparatus includes positioning an end of a first hose to receive the drilling fluid; arranging an end of a second hose in communication with the first shaker's filter screen; and setting an end of a third hose to empty into the cleaned fluid handling system. A method for facilitating recovery of lubrication beads from a drilling fluid by a shaker system includes receiving drilling fluid in a hydrocyclone; separating the drilling fluid into a high density stream and a low density stream containing a major portion of the lubrication beads; and flowing the high density stream to a first shaker of the shaker system, and directing the low density stream to a second shaker of the shaker system.
1. An apparatus for facilitating recovery of lubrication beads from an actively circulating drilling fluid by a solids control apparatus,
the solids control apparatus including
a first shaker and a fine solids control apparatus;
the apparatus comprising:
a hydrocyclone, with an upper end and a lower end, for separating actively circulating drilling fluid into a high density stream and a low density stream containing a major portion of the lubrication beads;
a receiving pump, for pumping actively circulating drilling fluid to the hydrocyclone via a first hose coupled at an intake end to an intake tank of the first shaker and coupled at a output end to the receiving pump;
a discharge pump, for pumping the high density stream from the lower end of the hydrocyclone to the first shaker via a second hose coupled at a first end to the discharge pump and coupled at a second end to a screen of the first shaker;
the receiving pump and the discharge pump being self-priming; and
a third hose, for flowing the low density stream from the upper end of the hydrocyclone to the fine solids control apparatus.
2. The apparatus of claim 1 , further comprising a solenoid valve connected to the first hose.
3. A method for integrating an apparatus for facilitating recovery of lubrication beads from an actively circulating drilling fluid into a solids control apparatus including a first shaker and a fine solids control apparatus;
the apparatus including
a hydrocyclone, with an upper end and a lower end, for separating actively circulating drilling fluid into a high density stream and a low density stream containing a major portion of the lubrication beads;
a receiving pump, for pumping actively circulating drilling fluid to the hydrocyclone via a first hose coupled at an intake end to an intake tank of the first shaker and coupled at a output end to the receiving pump; and
a discharge pump, for pumping the high density stream from the lower end of the hydrocyclone to the first shaker via a second hose coupled at a first end to the discharge pump and coupled at a second end to a screen of the first shaker;
the receiving pump and the discharge pump each being self-priming; and
a third hose for flowing the low density stream from the upper end of the hydrocyclone to the fine solids control apparatus;
the method comprising:
positioning an end of the first hose to receive the actively circulating drilling fluid;
arranging an end of the second hose in communication with the first shaker's filter screen; and
setting an end of the third hose to empty into the fine solids control apparatus.
4. A method for facilitating recovery of lubrication beads from an actively circulating drilling fluid by a shaker system, the method comprising
first, receiving, with a self-priming receiving pump, actively circulating drilling fluid in a hydrocyclone directly from an intake tank of a first shaker of the shaker system;
second, separating, by the hydrocyclone, the actively circulating drilling fluid into a high density stream and a low density stream containing a major portion of the lubrication beads; and
third, flowing, with a self-priming discharge pump, the high density stream directly to a first mesh screen of the first shaker, and directing the low density stream to a second shaker of the shaker system.
5. The method of claim 4 , further comprising selecting the first mesh screen for the first shaker and a second mesh screen for the second shaker, the second mesh screen having a mesh density greater than that of the first mesh screen.
6. The apparatus of claim 1 , wherein
an ultrasonic probe is configured to detect a volume of fluid in the intake tank; and
one or both of the receiving pump and the discharge pump are configured to regulate flow rate based on the volume of fluid.
7. The method of claim 4 , further comprising
measuring a volume of drilling fluid in the intake tank;
selecting a flow rate according to the volume of drilling fluid; and
wherein one or both of flowing and directing includes according to the flow rate.