As public leisure areas open to visitors, cultural tourism scenic areas experience large seasonal fluctuations in visitor flow, and the household waste generated is of various types, mainly food packaging, leisure sundries, dead branches and fallen leaves, and food waste from tourists. Scenic areas generally face problems such as wide management areas, scattered waste points and limited sites for large sanitation facilities. The traditional off-site transport and disposal model can easily lead to delayed removal and temporary waste accumulation, affecting the landscape and touring environment. Building a nearby-disposal end treatment system that meets the scenic areas' needs for low interference, high aesthetics and environmental protection is an important measure for cultural tourism environmental management. Relying on the anaerobic low-temperature continuous pyrolysis process, the household waste treatment equipment operates with low disturbance and flexible deployment, meeting the routine and seasonal waste disposal needs of cultural tourism scenic areas and providing hardware support for their long-term environmental management. Henan Yongle Group, based on the characteristics of cultural tourism scenarios, optimizes the equipment's operating noise, sealing performance and site adaptability to meet the green management standards of scenic areas.

The household waste treatment equipment features a compact and tidy overall layout, requiring no large hardened site or complex civil engineering. It can be deployed in the scenic area's logistics management zones or corner supporting points, without occupying touring space or damaging the overall landscape. The equipment is equipped with an enclosed feeding system, an anaerobic pyrolysis reaction system, a product separation system, a tail gas purification system and an intelligent control system, operating in a fully closed loop. The enclosed feeding and storage structure eliminates open-air waste stockpiling, removes sanitary problems such as odor diffusion and mosquito breeding, and keeps the touring area clean and tidy at all times.

The anaerobic low-temperature continuous pyrolysis process operates under mild conditions, fully enclosed, with no open flame, no smoke and dust, and stable operating noise, without affecting the ecological environment or the visitor experience. In view of the seasonal fluctuation of waste output and the mixed waste types in scenic areas, the equipment can flexibly adjust its operating load, and mixed waste can be fed directly without fine manual sorting, adapting to the routine working mode of scenic area sanitation staff.

With stable pyrolysis conversion capacity, the equipment achieves resource recycling of waste, in line with the green and low-carbon development concept of cultural tourism scenic areas. The purified gas generated by pyrolysis can flow back to the equipment for self-sustaining heating, reducing daily energy consumption; the pyrolysis fuel oil is collected and stored uniformly, and can be used for scenic area logistics facility maintenance and daily heating; the solid carbon residue, after harmless treatment, can be used for green planting and landscape soil improvement, achieving green on-site consumption of waste.

The on-site disposal model greatly reduces the frequency of waste transport vehicles entering and leaving the scenic area, reduces spillage and dripping pollution during transportation, and relieves the scenic area's traffic and environmental management pressure. During holidays and peak tourist seasons when waste volume increases sharply, the equipment can operate continuously and stably, quickly consuming accumulated waste and preventing problems such as overflowing and messy waste points, ensuring a stable and orderly scenic environment.

Environmental management in cultural tourism scenic areas takes ecological priority and long-term management as its core principles. Henan Yongle Group continuously optimizes the cultural tourism adaptability of the household waste treatment equipment, reducing operating disturbance and stabilizing environmental indicators, helping scenic areas improve their end-of-pipe waste treatment systems and maintain a clean ecological landscape environment in tourism areas.