  We present a determination of parton densities at NLO obtained with the
Parton Branching method using precision measurements of deep inelastic
scattering cross sections at HERA. The two sets of parton densities shown in
this work are obtained with the same angular angular ordering condition for the
evolution scale and they differ in the chosen scale for the strong coupling
evaluation, for which we consider two scenarios: the evolution scale, and the
transverse momentum qT from the angular ordering prescription. The transverse
momentum dependent densities obtained with the Parton Branching method are
applied to two LHC processes: the Drell-Yan pT spectrum and the azimuthal
correlation in high pT dijet events. For the Drell-Yan pT spectrum a
significant effect from the strong coupling scale choice is observed.
