In order to investigate the effect of interaction between diffusion fluxes on mass transfer from a binary solution drop, numerical analyses of mass transfer around a binary solution drop under forced convection are made by using a finite difference method for driving force ratios Delta omega(B)/Delta omega(A) = -10 -10, diagonal Schmidt number Sc-AA = 1-3, Sc-BB = 0.5-3, nondiagonal Schmidt number Sc-AB = 1-10, Sc-BA = 1-10 and Reynolds number Re-p = 1-200. The effect of driving force ratios, Reynolds numbers, and multicomponent Schmidt numbers on the concentration profiles and the diffusion fluxes of a binary solution drop are discussed. A new correlation is proposed for the effect of interaction between diffusion fluxes on mass transfer around a binary solution drop under forced convection.