Huludao Intelligent Mobile Toilet

The Huludao Intelligent Mobile Toilet is a modern public sanitation facility that integrates environmental innovation and multifunctional design, achieving efficient and sustainable public service supply through modular architecture, resource recycling, and intelligent management.

Modular Design and Flexible Adaptation

It adopts a prefabricated component assembly approach, with standardized parts for the base frame, wall panels, and internal piping interfaces, enabling rapid installation and disassembly. This design supports dynamic adjustment of internal configurations based on usage scenarios: during peak tourist seasons, the number of individual stalls can be increased to handle high visitor volumes, while during off-peak periods, it can be converted to a simplified maintenance mode to reduce operational costs. For example, the customized services provided by Dalian Fuhua Hengrun Industrial Co., Ltd. support switching between water-flush and waterless suction-type sewage disposal methods to meet different scenario requirements.

Eco-Friendly Materials and Weather Resistance

The exterior wall panels feature a composite structure: the surface layer is a weather-resistant polymer coating that resists UV rays and salt spray corrosion; the middle layer is an insulation core material that reduces energy consumption; and the inner layer is covered with a moisture-proof film to prevent internal condensation. Some panels incorporate photocatalytic minerals that decompose attached organic pollutants under UV light, reducing cleaning frequency. For coastal climates, the frame is made of lightweight, high-strength alloy materials, with surface and internal metal components treated with special anti-corrosion measures to extend service life.

Intelligent Water Recycling and Energy Management

The internal water recycling system achieves water resource reuse through a combination of physical filtration and biological treatment: flushing water is separated from solid impurities in a sedimentation tank, then enters a special filter media infiltration device. A biological treatment unit cultivates specific microorganisms to decompose organic matter, and finally, electrolyzed saltwater generates hypochlorous acid for sterilization, ensuring water quality safety. The roof integrates amorphous silicon photovoltaic power generation films that can stably output electricity even under low-light conditions, storing energy in lithium iron phosphate energy storage modules. Nighttime lighting uses cold light source arrays, with brightness levels adjusted by regulating the current of light-emitting diodes, achieving approximately 70% energy savings compared to traditional lighting.

Waste Flow and Monitoring System

Solid waste is sorted and collected, with the organic portion converted into humus through aerobic fermentation for landscaping use, and inorganic waste sorted by material type: metal components are recovered through magnetic separation, and plastic products are categorized by resin type for recycling processes. Multiple built-in sensors continuously monitor air quality parameters (such as ammonia and carbon dioxide concentrations), with data transmitted via narrowband IoT to a management platform, forming dynamic curves of usage intensity and environmental indicators to provide a basis for operational optimization.

Scenario Coverage and Customized Services

This facility is widely used in tourist attractions, beaches, temporary event venues, construction sites, and emergency relief scenarios. Taking Dalian Fuhua Hengrun Industrial Co., Ltd. as an example, its mobile public toilets for scenic spots support 220V power access, and its customized processing services can match needs in different fields, such as adjusting stall sizes, adding barrier-free facilities, or integrating environmental monitoring modules, demonstrating flexibility in functional expansion.