Jinchang Park Mobile Toilet
The Jinchang Park mobile toilet is a movable service unit integrating multiple systems, featuring flexible adaptability, environmental protection, energy efficiency, and diverse functions, providing dynamic sanitation service support for the park.
Structural Design: Lightweight and High-Strength, Flexible Deployment
Its basic framework is made of lightweight, high-strength alloy materials, with an external cladding that is weather-resistant and corrosion-resistant, adaptable to outdoor temperature and humidity changes. The entire unit can be relocated using standardized transportation tools to meet the activity needs of different areas in the park, avoiding resource waste caused by uneven visitor distribution in fixed facilities. For example, during holidays or large-scale events, it can be quickly added to high-traffic areas and then moved to other areas after the event, achieving dynamic allocation of space resources.
Treatment System: Environmentally Friendly and Efficient, No External Sewer Connection Required
It is generally equipped with biodegradation or chemical decomposition devices. The biodegradation system uses microbial communities to decompose organic matter, with the output suitable for green composting; the chemical treatment system converts solid waste into a sterile state through specific agents, reducing cleaning frequency; some units integrate solar-powered evaporation technology to convert liquid components into water vapor for emission, achieving reduction treatment. All systems operate independently without connecting to the municipal sewage network, complying with environmental standards, and are particularly suitable for ecologically sensitive areas or temporary event venues.
Water Resource Management: Recycling and Water Conservation Priority
The flushing system uses pressure flushing devices with water storage tanks or vacuum suction technology to reduce single-use water volume. Some advanced units are equipped with rainwater collection gutters, which, after simple filtration, are used for non-potable purposes (such as floor cleaning), forming a local water cycle. For example, the rainwater collection system reduces reliance on municipal water supply, and combined with water-saving flushing technology, reduces single-use water volume by more than 50% compared to traditional toilets.
Lighting and Ventilation: Intelligent Control, Energy Reduction
It is equipped with light sensors and automatic air exchange devices: during the day, natural light guide tubes provide illumination, switching to low-energy LED light sources at night; the mechanical ventilation system automatically activates when usage is detected, avoiding energy waste from continuous operation. The application of solar panels further reduces reliance on external energy sources, especially suitable for outdoor environments with ample sunlight.
Space Adaptation and Functional Expansion: Customized on Demand, Diverse Services
The configuration scheme is dynamically adjusted according to the scenario: in tourist-dense areas, sanitation service clusters can be formed through quick connectors, with internal partitions adjustable for gender zone ratios; special needs units are equipped with barrier-free access, handrails, and alarm buttons to meet the needs of disabled individuals and the elderly; the cleaning and maintenance module adopts a standardized interface design, allowing professional vehicles to complete waste recovery and disinfectant replenishment through dedicated ports, without the need to open the usage space, ensuring service continuity.
Sustainable Service Model: Dynamic Configuration, Resource Optimization
Temporary sanitation nodes are established in different functional areas of the park through modular units, avoiding overconstruction. When a single system is under maintenance or upgrade, other modules can still operate normally, transforming public sanitation facilities from fixed venues into allocable service resources, providing a technological reference for urban public space management.
