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We study anomalous charged fluid in $2n$-dimensions ($n\geq 2$) up tosub-leading derivative order. Only the effect of gauge anomaly is important atthis order. Using the Euclidean partition function formalism, we find theconstraints on different sub-leading order transport coefficients appearing inparity-even and odd sectors of the fluid. We introduce a new mechanism to countdifferent fluid data at arbitrary derivative order. We show that only theknowledge of independent scalar-data is sufficient to find the constraints. Inappendix we further extend this analysis to obtain fluid data atsub-sub-leading order (where both gauge and gravitational anomaly contribute)for parity-odd fluid.

Higher Derivative Corrections to Charged Fluids in 2n Dimensions