Unmanned Mobile Toilet

Unmanned mobile toilets are mobile sanitation facilities that require minimal human intervention. In recent years, technological innovations, represented by prefabricated public toilets, have significantly enhanced their site selection flexibility, operational efficiency, and user experience.

Flexible Site Selection for Complex Scenarios

Prefabricated public toilets utilize waterless flushing microbial degradation technology, eliminating the need for sewage pipeline networks. They can be installed on hardened ground alone, making them highly advantageous in scenarios such as scenic area cores and temporary event venues where there are no sewers or pipelines. Traditional public toilet construction takes three months, whereas prefabricated public toilets require only one week, substantially reducing land and infrastructure costs. For example, in mountainous or remote areas, they can be rapidly deployed without the need for digging septic tanks or connecting to municipal pipelines, meeting both temporary and long-term usage demands.

Efficient Operations and Maintenance for Unmanned Management

The new generation of prefabricated public toilets is equipped with intelligent systems, such as the "Yunhui Pushiwu Internet of Everything Operating System," which monitors foot traffic, energy consumption, and microbial degradation tank status in real-time through 5G IoT technology. When ammonia levels exceed standards, the system automatically dispenses bacterial agents and activates deodorization mechanisms. In case of equipment failure, the backend sends alerts within 30 minutes, allowing administrators to conduct remote inspections via a mobile app. Statistics show a reduction in labor costs by approximately 70%, annual water savings exceeding 3,000 tons, and energy consumption reduced by over 30%, truly achieving low-carbon operations and maintenance.

Excellent User Experience, Achieving the "Three Nos" Goal

Through technological optimization, prefabricated public toilets achieve "no water flushing, no odor, and no pollution":

• No Water Flushing: Squat toilets use gravity-sensing mechanisms to open and close, directing waste directly into the degradation tank, isolating it from the air and preventing odor overflow.
• No Odor: A three-stage microbial composite bacteria treatment technology achieves a pollutant degradation rate exceeding 96%, with toilet air quality approaching the standard of "sterile, odorless, and tasteless."
• No Pollution: The microbial degradation process converts waste into harmless substances, avoiding the sewage discharge issues associated with traditional public toilets.

Diverse Classifications to Meet Different Needs

Mobile toilets can be classified by structural form into single-unit structures (independent units) and composite structures (multi-unit combinations); by mobility into lifting/handling types (requiring mechanical assistance) and powered/trailer types (capable of self-movement or trailer transportation); and by sewage treatment methods into water-flushing and waterless suction types, recirculating water-flushing types (graywater reuse), and dry packing types (sealed waste collection). These classifications enable them to flexibly address sanitation needs in various scenarios.