On the basis of the extended Huygens-Fresnel principle,the formula f or the partially coherent double- vortex beam in the oceanic turbulence has been derived.Then the intensity of bea m propagation in the oceanic turbulence has been investigated in detail.It is shown that the spreading of the beam increases with increasing the charges of the outer ring,and the intensity distributions are double-rin g structure near the source plane.As the propagation distance increases,the intensity distribution will spread and c hange into the single ring.Then,the single ring gradually transforms into a Gaussian-like distribution when the propagation distance is long enough.It is also found that the intensity distributions of the double-vortex beams in the o cean turbulence are influenced by the oceanic turbulence correlation parameters.As the oceanic turbulence correlation parameters change,the propagation distance required to transform beam into a Gaussian-like distributi on also changes.In addition,in the case of short propagation distance,the better the coherence of the light source is,the more obvious the double-ring structure of the beam is.The obtained results are of great significance for the application of partially coherent double-vortex beams in the optical communication and underwater exploration in the ocean.