Let (A, m) be an analytically unramified formally equidimensional Noetherian local ring with depth A ≥ 2. Let I be an m-primary ideal and set I * to be the integral closure of I. Set G * (I) = n≥0 (I n ) * /(I n+1 ) * be the associated graded ring of the integral closure filtration of I. We prove that depth G * (I n ) ≥ 2 for all n ≫ 0. As an application we prove that if A is also an excellent normal domain containing an algebraically closed field isomorphic to A/m then there exists s 0 such that for all s ≥ s 0 and J is an integrally closed ideal strictly containing (m s ) * then we have a strict inequality µ(J) < µ((m s ) * ) (here µ(J) is the number of minimal generators of J).Proposition 1.2. (with hypotheses as in 1.1). Further assume that A is analytically unramified. We have I n ⊆ (I n ) * for all n ≥ 1.