  Recently a $J^{PC}=0^{++}$ (X(1812)) state with a mass near the threshold of
$\omega$ and $\phi$ has been observed by the BES collaboration in $J/\psi \to
\gamma \omega \phi$ decay. It has been suggested that it is a $I^G = 0^+$
state. If it is true, this state fits in a mixing scheme based on quarkonia,
glueball and hybrid (QGH) very nicely where five physical states are predicted.
Together with the known $f_0(1370)$, $f_0(1500)$, $f_0(1710)$, and $f_0(1790)$
states, X(1812) completes the five members in this family. Using known
experimental data on these particles we determine the ranges of the mixing
parameters and predict decay properties for X(1812). We also discuss some
features which may be able to distinguish between four-quark and hybrid mixing
schemes.
