The invention relates to filtration devices, in particular to an egg membrane removal filtration device for a fish artificial propagation hatching process for solving the problems that meshes are blocked by broken egg membranes and accordingly a hatching bucket overflows and fry escapes due to the fact that a bolting-silk screen is used for filtration and fry collection in a fish egg hatching process as well as broken egg membrane are left in a hatching unit and the deterioration of the water quality and the decreasing of the fry survival rate are caused accordingly when the recycled water is used for hatching in early fish propagation. The egg membrane removal filtration device for the fish artificial propagation hatching process comprises a filter tank, a water collection bucket and a screen barrel. The filter tank is rectangular and arranged below a water outlet of the hatching unit. A water inlet of the water collection bucket is in communication with an overflow opening of the filter tank. The screen barrel is arranged in the water collection bucket and in communication with the overflow opening. The egg membrane removal filtration device for the fish artificial propagation hatching process is used for filtering broken egg membranes produced in the fry hatching process.