  Hadronic resonances are unique tools to investigate the interplay of
re-scattering and regeneration effects during the hadronization phase in
heavy-ion collisions. Measurements in small collision systems provide a
necessary baseline for heavy-ion data, help to tune pQCD inspired event
generators and give insight into the search for the onset of collective
effects. As the $\phi$ meson has a longer lifetime compared to other
resonances, it is expected that its production would be much less affected by
regeneration and re-scattering processes. We report on measurements of $\phi$
meson production in minimum bias pp collisions at different beam energies and
as a function of charged particle multiplicity with the ALICE detector at the
LHC. The results include the transverse momentum $(p_{\mathrm{T}})$
distributions of $\phi$ as well as the particle yield ratios. Finally, we have
also studied the $\phi$ effective strangeness content by comparing our results
to theoretical calculations.
