Anhui Public Mobile Toilet Design
The design of Anhui's public mobile toilets features modularity, environmental protection technologies, humanization and intelligence, and environmental friendliness.
Modularity and Mobility: Anhui's public mobile toilets are prefabricated in factories with integral or modular box structures, enabling rapid transportation to designated locations by vehicles. This design allows for quick deployment and relocation based on changes in pedestrian traffic, urban temporary events (such as festivals, exhibitions, and sports events), or specific areas (such as newly built parks and construction sites). When no longer needed in an area, they can be entirely removed without leaving specialized buildings or occupying long-term land resources.
Self-Circulation and Waste Reduction Treatment: These public toilets operate independently of municipal sewer networks, achieving on-site waste treatment or reduction through various built-in technologies. They employ efficient water-saving techniques such as micro-flushing and vacuum suction, consuming far less water than traditional public toilets. Some even use completely waterless biodegradation or packaging technologies to conserve water from the source. After entering collection tanks, excreta is fermented and degraded into harmless organic matter by adding biological agents or treated through chemical and physical methods for disinfection, deodorization, and reduction. The resulting residue is small in volume, with effectively controlled odors, facilitating subsequent removal or professional treatment and preventing direct discharge from polluting the environment.
Humanization and Intelligence: The interior design emphasizes accessibility, featuring handrails, emergency call buttons, good ventilation and lighting, and antibacterial and non-slip materials to enhance cleanliness and comfort. Some toilets are equipped with convenience facilities such as sinks, mirrors, and hooks. Through IoT sensors, real-time monitoring of usage status (such as pedestrian traffic and stall occupancy), resource consumption (such as water tank levels and electricity), and environmental indicators (such as ammonia concentration) is possible, enabling remote monitoring by management personnel for precise cleaning, timely replenishment of consumables, and preventive maintenance, thereby improving management efficiency and service quality.
Environmental Friendliness and Energy Efficiency: The design reflects an environmental protection philosophy in energy utilization, such as optimizing the proportion of stalls for the disabled, elderly, children, and women, adding hooks, shelves, and accessibility facilities, equipping qualified toilets with 'third toilets', 'nursing rooms', and sanitation stations, and installing central air conditioning and dryers in some cases, while also focusing on energy-saving design.
