  We study orbital Mott transition in two dimensional pyrochlore lattice, using
a two orbital Hubbard model with only inter-orbital electronic hopping. We use
a real space Monte Carlo based approach to study the model at finite
temperature, and establish temperature-interaction phase diagrams that
highlight the Mott transition, orbital ordering, and spectral trends, and
possible window of pseudo gap. Due to only inter-orbital hopping, the Mott
insulator `generates' ferro exchange resulting in ferro-orbital ordering, with
T$_{corr}/t$ peaked at $\approx$ 0.2 around $U/t \approx 6$. The optical
conductivity shows unusual two peak feature due to two dimensional pyrochlore
lattice.
