Basic Practices for Mobile Public Toilets

The basic practice for mobile public toilets involves overall finished-product installation without civil engineering work, allowing them to be used immediately upon placement, with a simple installation process and multiple classification methods.

Installation Features

The greatest advantage of mobile public toilets lies in the convenience of their installation. They do not require complex civil engineering work or the digging of septic tanks, instead adopting an overall finished-product installation approach. The installation process is akin to building with blocks:立柱 (erecting columns) is done first to establish a sturdy frame structure for the entire toilet, ensuring it can withstand a certain amount of weight and external forces. Subsequently,拼接固定 (assembly and fixation) work is carried out, precisely combining various components. Each buckle is carefully designed to connect seamlessly, ensuring the overall stability and airtightness of the toilet. This installation method not only significantly shortens the construction period and reduces the impact of construction on the surrounding environment but also lowers construction costs, enabling mobile public toilets to be quickly put into use and meet urgent or temporary needs.

Classification by Structural Form

• Single-unit Structure Mobile Toilets: These toilets usually exist as single, independent units with a relatively simple structure and a small footprint. They are suitable for places with limited space or a low demand for toilet numbers, such as small parks and street corners. Their advantage is flexible installation, allowing them to be placed and adjusted according to the actual site conditions.
• Composite Structure Mobile Toilets: Composed of multiple functional modules, in addition to basic toilet functions, they may also be equipped with other functional areas such as washrooms and management rooms. This structural form of mobile toilets offers more comprehensive functions, meeting the usage needs of different groups of people, and is suitable for crowded areas such as large event venues and tourist attractions.

Classification by Mobility Method

• Lifting and Handling Mobile Toilets: Mainly lifted and handled by lifting equipment such as cranes, they are suitable for places that require frequent movement or switching between different sites. For example, at temporarily held exhibitions and performances, the toilets can be conveniently moved to appropriate positions according to the progress of the event and site changes.
• Powered and Trailer-mounted Mobile Toilets: Equipped with their own power systems or capable of being towed by vehicles. Powered mobile toilets can drive autonomously, offering higher flexibility; trailer-mounted mobile toilets can be towed to designated locations by tractors, suitable for long-distance transportation or scenarios requiring rapid deployment.

Classification by Sewage Treatment Method

• Water-flush and Waterless Suction Mobile Toilets: Water-flush mobile toilets use water to flush feces, keeping the toilet clean and hygienic, but they require a water connection; waterless suction mobile toilets use special treatment devices to collect and suction feces without the need for water, making them suitable for water-scarce areas or places with high requirements for water resource protection.
• Recirculating Water-flush Mobile Toilets: Adopting a recirculating water system, they purify used water and reuse it for flushing, achieving water resource recycling. This not only saves water resources but also reduces environmental pollution.