  This paper presents the projections on the anomalous neutral triple gauge
couplings ($aNTGC$) via $pp \rightarrow ZZ$ production in the 2$\ell$2$\nu$
final state at a 100 TeV proton-proton collider, \verb"FCC-hh". %100 TeV center
of mass energy of The realistic \verb"FCC-hh" detector environments and its
effects taken into account in the analysis. The study is carried out in the
mode where one Z boson decays into a pair of same-flavor, opposite-sign leptons
(electrons or muons) and the other one decays to the two neutrinos. The new
bounds on the charge-parity (CP)-conserving couplings $C_{\widetilde{B}W} /
\Lambda^{4}$ and CP-violating couplings $C_{WW} / \Lambda^{4}$, $C_{BW} /
\Lambda^{4}$ and $C_{BB} / \Lambda^{4}$ achived at 95\% Confidence Level (C.L.)
using the transverse momentum of the dilepton system ($p_{T}^{\ell \ell}$) are
$[-\, 0.042, \,\, +\,0.042]$, $[-\,0.050, \,\, +\,0.050]$, $[-\,0.050, \,\,
+\,0.050]$, and $[-\,0.048, \,\, +\,0.048]$ in units of TeV$^{-4}$,
respectively.
