Pyrolysis Characteristics of Construction Waste and Its Application in Low-Temperature Thermal Cycle Systems.

The urbanization process generates a substantial amount of construction waste, and traditional disposal methods lead to environmental pollution and resource wastage. There is an urgent need to develop more efficient and environmentally friendly treatment technologies. This paper investigates the pyrolysis characteristics of construction waste and its application in low-temperature thermal cycle systems. First, the pyrolysis reaction mechanism of construction waste is analyzed through experiments and simulations, revealing the decomposition patterns and reaction mechanisms of various components during pyrolysis. Secondly, the thermodynamic performance of construction waste in lowtemperature thermal cycle systems is evaluated to explore its feasibility and application prospects in practical engineering. The research results indicate that the pyrolysis of construction waste can effectively reduce waste volume and produce high-value-added products. The low-temperature thermal cycle system shows promising potential in terms of energy utilization efficiency and economic viability. This study provides a theoretical foundation for the treatment and resource utilization of construction waste and is significant for promoting green building and sustainable development. [ABSTRACT FROM AUTHOR]