The invention relates to a method and system for waste heat storage, transportation and utilization through zeolite, and belongs to the field of waste heat utilization. Waste heat at a heat source enters a heat exchanger through a high-temperature flue gas/steam pipeline, air is heated through indirect heat exchange and then enters a heat accumulator to heat the zeolite, the zeolite is regenerated, and thus heat energy is stored into the zeolite. The heat source and a heat user are connected through a transportation tool so as to transfer the zeolite. A zeolite boiler is additionally arrangedat the heat user, a small amount of steam generated after heating in a boiler enters the zeolite boiler to make contact with the zeolite, the zeolite absorbs the steam to release a large amount of heat, and the released heat is utilized to indirectly heat feed water entering the zeolite boiler. According to the method and system for waste heat storage, transportation and utilization through the zeolite, storage, transportation and utilization of the low-grade waste heat in industrial production of steel mills, power plants, the petrochemical industry and the like are achieved, and the energy consumption amount of an existing boiler is decreased.