Waste organic solvents are prevalent in industries such as chemical engineering, optoelectronics, and semiconductors. Currently, the more mature treatment methods include separation and recovery for reuse or destructive incineration. However, existing technologies face challenges when dealing with diverse organic solvent compositions or wastewater containing ammonia; the procedures are often complex, the efficiency of recovered waste heat is low, and there are potential pollution risks such as incomplete combustion. To address these issues, our company has introduced the concept of "Cracking and Reuse." By decomposing complex organic components or ammonia into gaseous combustible components—such as methane, short-chain carbon compounds, carbon monoxide, and hydrogen—they can be used as process substitutes or fuel for power generation. This approach reduces pollution generated during the treatment process in a cleaner manner and achieves circular reuse from an energy perspective, fully realizing the concept of a Circular Economy.