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The nonlocal response of chiral electron fluid in a semi-infinite Weylsemimetal slab with the electric current source and drain attached to itssurface is studied by using the consistent hydrodynamic framework. It is foundthat the Chern-Simons terms lead to a spatial asymmetry of the electron flowand the electric field. Most remarkably, the corresponding topological termscould result in a negative nonlocal resistance. In addition, they give rise tothe anomalous Hall current, which is sensitive to the spatial distribution ofthe electric field in the plane of the contacts and depends on the orientationof the chiral shift.

Nonlocal transport in Weyl semimetals in the hydrodynamic regime