Cane bagasse ash CBA is an agro waste material used as cement replacement in the preparation of green concrete due to its good pozzolanic properties. The compressive strength of prepared concrete with incorporation of sugarcane bagasse is equivalent to traditional concrete. Likewise, the use of waste glass WG as partial replacement for cement in concrete improves the compressive strength, generating a potential use from the economic and sustainable point of view. In this study mixtures of traditional and modified concrete were designed with replacements of 20% in mass of the cement. Different mixtures with cane bagasse ash and waste glass CBA0:WG0, CBA20:WG0, CBA15:WG5, CBA10:WG10, CBA5:WG15, CBA0:WG20, in replacement of cement were prepared. From the prepared mixtures, four cylindrical specimens of size 0.15 m diameter and 0.3m length were prepared. The effect of the incorporation of waste glass on the slump, density and compressive strength had been studied. Additionally, cost analysis was carried out. The experimental results show that the combined incorporation of cane bagasse ash and waste glass decreases the slump according related with the low water absorption of both residues. Additionally, the increasing of waste glass content increases the density according the higher density of waste glass. Additionally, the results showed that the compressive strength is modified with the incorporation of cane bagasse ash, the largest compressive strength was obtained in concrete mix 15% cane bagasse ash and 5% of waste glass labelled as CBA15:WG5. In fact, compressive strength increased 10% when compared with the compressive strength of the concrete mix prepared with waste glass labelled as CBA0:WG20. Cost analysis showed that the CBA15:WG5 mixture have 8% lower cost than the traditional concrete CBA0:WG0. With the partial substitution of 20% of cement by CBA, it is possible to reduce the emission of CO2 for each m3 of material produced. On the other hand, the introduction of CBA reduces the alkali silica reaction effect. The combined incorporation of waste glass and cane bagasse ash in concrete preparation is expected to enhance the use of residual biomass in sustainable and environmentally friendly concrete preparation.