The development of high belite sulfoaluminate cement based on industrial solid waste is an important means to realize low carbon sustainable development of the construction industry. As a cementitious material with high early strength and good later strength development, high belite sulfoaluminate cement has broad application prospects. This paper summarizes the existing research on the preparation process and cement properties of high belite sulfoaluminate cement, analyzes the influence of the sintering methods on the target mineral composition of cement clinker and the criteria for judging the optimal sintering methods, compares the energy consumption of different calcination systems, and elaborates on the development law of compressive strength of ternary and quaternary systems and the hydration properties of cement, which will help to improve the utilization of industrial solid wastes and the development of low carbon sustainable construction industry. It provides a reference for the utilization of industrial solid waste and the in-depth research and wide application of high belite sulfoaluminate cement.