  The Regge-Gribov model of the pomeron and odderon in the non-trivial
transverse space is studied by the renormalization group technique. The single
loop approximation is adopted.
  Five real fixed points are found and the high-energy behaviour of the
propagators is correspondingly calculated. As without odderon, the asymptotic
is modulated by logarithms of energy in certain rational powers. Movement of
coupling constants away from the fixed points is investigated both analytically
(close to the fixed points) and numerically (far away). In the former case
attraction occurs only in restricted domains of initial coupling constants.
More generally in one third of the cases the coupling constants instead grow
large indicating the breakdown of the single loop approximation.
