  We explore the physics reach of several possible configurations for a
Super-Beam experiment in Europe, focusing on the possibilities of discovering
$\theta_{13}$, CP violation in the leptonic sector and the ordering of neutrino
mass eigenstates. We consider the three different detector technologies: Water
\v{C}erenkov, Liquid Argon and Liquid Scintillator, and seven possible sites in
Europe which would be able to host such a detector underground. The distances
to these sites from CERN, where the beam would be originated, go from 130 km to
2300 km. The neutrino flux is optimized in each case as to match the first
oscillation peak for each of the baselines under consideration. We also study
the impact of several experimental factors in the performance of each detector
technology. These include the influence of the spectral information, the
rejection efficiencies for the neutral-current backgrounds, the ratio between
running times in neutrino and antineutrino modes and the systematic
uncertainties on the signal and backgrounds, among others.
