  We analyze superconducting instabilities in 3D and 2D extended Hubbard model
with Coulomb repulsion between electrons on neighboring sites in the limit of
low electron density ($n_{el} \rightarrow 0$) on simple cubic (square) lattice.
We show that in a realistic strong-coupling case $U\gg V\gg W$ ($U$ and $V$ are
the onsite and the intersite Coulomb repulsions, $W$ the bandwidth) the main SC
instability corresponds to the p-wave pairing and in the leading order is
correctly described by the equations obtained earlier in the absence of the
intersite Coulomb interaction V=0.
