generation of biofuels from waste and dedicated lignocellulosic
feedstocks have advantages over those of first generation. The
major benefits are higher stock yields and lower land requirements
in terms of quality and quantity. The main problem associated with
lignocellulose conversion to biofuels is its strong resistance to
degradation. Thus, second generation biofuels still lack of econo-
mic viability at large scale. Third generation biofuels feedstock is
represented by micro- and macro- algae, which present further
advantages over the previous two. This marine biomass shows the
prospect of high yields requiring no use of arable land [1–3].Ithas