Deyang Circulating Water Mobile Toilet

The Deyang circulating water mobile toilet is an environmentally friendly mobile toilet that utilizes biochemical treatment technology to achieve water recycling. It features high water-saving efficiency, thorough purification, and wide applicability.

Technical Principles and Water-Saving Performance

The core technology of the Deyang circulating water mobile toilet is biochemical treatment technology. Its working principle involves collecting flushing water, which undergoes multiple purification processes to meet the standards for 'reclaimed water' before being recycled. The specific process is as follows: sewage first enters a septic tank for initial sedimentation. Subsequently, it passes through devices such as biofilm reactors, where microorganisms decompose organic matter. After physical filtration and disinfection treatment, it is ultimately transformed into odorless and harmless reclaimed water. This process achieves a water-saving rate of up to 85%, significantly reducing the reliance of traditional toilets on clean water sources.

Purification Effects and Application Scenarios

The quality of the purified reclaimed water is excellent, odorless and compliant with environmental protection standards. It can be directly used for fish farming, watering plants, car washing, or spraying on roads, enabling the secondary utilization of water resources. The design of its septic tank is also more efficient, requiring cleaning only once a year, which substantially reduces maintenance costs and the risk of environmental pollution. Additionally, the toilet employs internationally advanced biological treatment technology, ensuring stable operation and strong resistance to shock loads, enabling it to adapt to different usage frequencies and environmental conditions.

Structural Design and Scope of Application

The Deyang circulating water mobile toilet features a lightweight and flexible exterior structure with reasonable color matching, facilitating easy transportation and installation. Its design breaks free from the dependence on fixed piping networks of traditional toilets and is not restricted by the working environment. It can be widely deployed in densely populated or temporary locations such as urban streets, parks, stations, docks, tourist attractions, villa areas, newly built residential communities, large construction sites, squares, and commercial streets. This adaptability makes it an ideal choice for upgrading public facilities and emergency scenarios.

Environmental and Economic Value

Through water recycling and biodegradation technologies, the toilet effectively reduces sewage discharge and the use of chemical agents, aligning with the concept of green and sustainable development. Meanwhile, its low maintenance frequency and long service life reduce long-term operating costs, offering both environmental and economic benefits. Its promotion and application help alleviate the shortage of public toilet resources in cities and enhance public health service levels.