fluid transfer passage 126 positioned adjacent to closed bottom end 124 of fluid transfer housing 120 the introduction of the transferred gas volume 105 into fluid conveyance conduit 130 creates a density differential wherein the volume of gas 105 begins to ascend within the fluid conveyance conduit 130 thereby forcing liquid 107 to discharge from discharge end 132 of fluid conveyance conduit 130 as indicated with solid arrow 108 the density differential generated via the ascending gas 105 within fluid conveyance conduit 130 draws liquid 107 into fluid storage housing 110 as indicated by arrows 108 via liquid influent opening 116 as the inflowing liquid 107 fills the fluid storage housing 110 and the fluid transfer housing 120 it forces remaining gas volume 105 into fluid conveyance conduit 120 fig1 c illustrates the third phase of operation of the intermittent fluid pump 100 wherein liquid volume 107 forces gas volume 105 to be transferred into vertical oriented fluid conveyance conduit 130 as indicated by solid arrow 108 wherein the density differential generated via ascending gas 105 allows liquid to enter into liquid suction conduit 140 via inlet end 142 wherein liquid 107 is discharged from outlet end 344 of liquid suction conduit 130 the discharge of fluid from discharge end 132 of fluid conveyance conduit 130 enables the introduction of liquid 107 into both fluid storage housing 110 and fluid transfer housing 120 thereby displacing.