Dynamic positioning gas lift (DPGL) system

An artifact, comprising:

• an elongated housing having:
• a first end, a side and a second end, the housing having an inlet chamber at the first end for receiving a first fluid, wherein the first fluid is directed toward the housing second end, the second end having a tip and a plurality of housing inlets, the plurality of housing inlets to introduce a second fluid, the housing further having a plurality of housing outlets on the side of the housing, located between the first and the second ends;
• a nozzle in fluid communication with the inlet chamber, wherein the nozzle is used to compress and accelerate the first fluid, the nozzle having a plurality of nozzle side outlets;
• an expansion chamber, the nozzle directing the first fluid to the expansion chamber, the expansion chamber having a prong, the prong being contacted by the first fluid exiting the nozzle, wherein the prong splits up the first fluid into a plurality of first fluid portions, disseminating the first fluid in the expansion chamber, wherein each of the plurality of first fluid portions changes direction toward the housing outlets;
• a plurality of diffusers, each of the plurality of diffusers partially reversing the first fluid direction, each of the plurality of diffusers having an inlet portion and a diffusing portion, each of the plurality of inlet portions in connection with the expansion chamber, wherein each of the plurality of inlet portions receives one of the plurality of the first fluid portions from the expansion chamber, each of the plurality of diffusing portions defining a progressively larger cross-sectional area flow path from the inlet portion to one of the plurality of the housing outlets;
• a plurality of housing second fluid inlet chambers each extending from the plurality of housing inlets to one of the plurality of diffusers, each housing second fluid inlet chamber directing the second fluid toward the housing first end, wherein the second fluid in each of the plurality of housing second fluid inlet chambers joins one of the plurality of diffusers, such joinder at an intersection of such housing second fluid inlet chamber with such one diffuser, the intersection forming an acute angle, each of the plurality of housing second fluid inlet chambers having a first end at the plurality of housing inlets, initially receiving the second fluid, and a second end at such intersection, each such housing second fluid inlet chamber defining a progressively smaller cross-sectional area, the cross-sectional area of each such housing second fluid inlet chamber decreasing from such chamber's first end to such chamber's second end;
• a sealing mechanism, comprising a ring circumferentially positioned around the housing, wherein the ring seals between the housing and a container of the second fluid, the ring having a semicircle groove on the inner wall;
• and
• a plurality of pressure chambers each extending from the plurality of nozzle side outlets to the semicircle groove on the inner wall of the ring, each pressure chamber directing a portion of the first fluid toward the semicircle groove on the inner wall of the ring, wherein the first fluid in each of the plurality of pressure chambers exert pressure upon the semicircle groove on the inner wall of the ring, each of the plurality of pressure chambers having a first end plurality of nozzle side outlets, initially receiving the first fluid, and the second end at semicircle groove on the inner wall of the ring, each of the plurality of pressure chambers defining a progressive larger cross-sectional area in two steps size diameters, the cross-sectional area of each such plurality of pressure chambers decreasing from such chamber's first end to such chamber's second end;
• wherein the ring is operated by pressure across the plurality of pressure chambers, the ring thereby expanding to provide the seal.