  In the E6 inspired composite Higgs model (E6CHM) the strongly interacting
sector possesses an SU(6) global symmetry which is expected to be broken down
to its SU(5) subgroup at the scale f > 10 TeV. This breakdown results in a set
of pseudo-Nambu-Goldstone bosons (pNGBs) that includes one Standard Model (SM)
singlet scalar, a SM-like Higgs doublet and an SU(3)_C triplet of scalar
fields, T. In the E6CHM the Z^L_{2} symmetry, which is a discrete subgroup of
the U(1)_L associated with lepton number conservation, can be used to forbid
operators which lead to rapid proton decay. The remaining baryon number
violating operators are sufficiently strongly suppressed because of the large
value of the scale f. We argue that in this variant of the E6CHM a sizeable
baryon number asymmetry can be induced if CP is violated. At the same time, the
presence of the SU(3)_C scalar triplet with mass in the few TeV range may give
rise to spectacular new physics signals that may be detected at the LHC in the
near future.
