Alkali-activated bagasse ash/slag low-carbon mortar mix proportion design method based on strength regulation and control

The invention relates to an alkali-activated bagasse ash/slag low-carbon mortar mix proportion design method based on strength regulation and control. The method comprises the following steps of: (1) preparing alkali-activated bagasse ash/slag low-carbon mortar composed of different raw materials; (2) testing the strength of the low-carbon mortar composed of different raw materials; (3) establishing a low-carbon mortar strength prediction model based on raw material parameters; and (4) calculating the raw material parameters based on strength design requirements, and determining the mix proportion of the low-carbon mortar. By adopting the method, the utilization rate of the bagasse ash can be greatly increased, solid wastes are recycled, calcining treatment and cement compound doping are not needed, and the emission of carbon dioxide is remarkably reduced. Meanwhile, a strength prediction model of the mortar strength, the proportion of bagasse ash to a precursor, the amount of sodium oxide, the ratio of the a