  Spin ordering and its effect on the low energy quasiparticles in a p-wave
superconducting fluid are investigated. We study the properties of a new 2D
quantum spin triplet superconducting liquid where the ground state is spin
rotation invariant. In quantum spin disordered cases, zero energy skyrmions are
topologically stable because of a fermionic zero mode in space-time monopoles
which serve as a quantum protectorate.The low energy quasiparticles are bound
states of the bare Bogolubov- De Gennes ({\em BdeG})quasiparticles and
skyrmions, which are charge neutral bosons at the zero energy limit. Further
more, the spin collective excitations are fractionalized ones carrying a half
spin and obeying fermionic statistics. In thermally spin disordered
superconducting states, a bare {\em BdeG} has an infinity energy and each two
{\em BdeG} quasiparticles form spin zero or one bound states.
