Production of Single Mobile Toilets in Gannan

The production of single mobile toilets in Gannan can be achieved through two methods: factory customization or simple manual fabrication. The appropriate method should be selected based on actual needs while meeting environmental protection and practicality requirements.

I. Factory Customization Plan

1. Materials and Structure: The main body adopts a welded frame of galvanized steel structure to ensure strength and corrosion resistance. The walls use metal carved panels, combining aesthetics with waterproof functionality. The net height of a single toilet should be greater than 2000mm to meet ergonomic needs.
2. Functional Configuration:
   • Internal System: Equipped with a water-flushing water-saving ceramic toilet (using lubricating self-cleaning technology), a silent exhaust system, temperature-controlled water supply pipes, aluminum alloy ventilation windows, a washbasin, a delayed-action faucet, a vanity mirror, and stainless steel handrails, ensuring both hygiene and convenience.
   • Management Room: Integrated with a main power box, electrical control box, and lighting window to ensure equipment operation and daily management.
   • Lighting System: Uses LED energy-saving lamps to reduce energy consumption and enhance safety during nighttime use.
3. Sewage Disposal Method: Designed for direct water-flushing discharge, requiring connection to municipal sewage networks or septic tanks, suitable for scenarios such as municipal sanitation, scenic parks, and construction sites.
4. Advantages: Produced by professional manufacturers, ensuring stable quality; comprehensive functionality, meeting environmental protection and energy-saving standards; strong mobility, facilitating relocation and reuse.

II. Simple Manual Fabrication Plan

1. Basic Structure:
   • Frame Construction: Use metal pipes (such as square steel) to weld the frame, ensuring stability.
   • Wall Enclosure: Wrap the frame with waterproof panels (such as PVC panels or color-coated steel sheets), with sealed joints to prevent leakage.
   • Floor Treatment: Lay anti-slip tiles or anti-corrosion wooden boards, with a slope design for drainage.
2. Sewage Disposal System:
   • Water-flushing Type: Excavate underground sewers connected to municipal sewage networks or set up small septic tanks for regular cleaning.
   • Simple Alternative: Design an openable structure similar to children's toy toilets, but with enhanced sealing and regular disinfection, suitable only for temporary or low-frequency use scenarios.
3. Functional Supplements:
   • Install exhaust fans or ventilation windows to improve air circulation.
   • Add simple lighting equipment (such as solar lamps) to reduce energy consumption.
4. Precautions:
   • Must comply with local environmental protection requirements to avoid polluting soil or water sources.
   • The structure must be stable to prevent tipping or deformation, especially considering the climatic conditions in Gannan (such as strong winds and low temperatures).

III. Core Requirements
Regardless of the chosen method, the following conditions must be met:

1. Environmental Protection: Sewage disposal must meet standards to reduce environmental impact.
2. Energy Efficiency: Prioritize the use of water-saving and energy-saving equipment to reduce operational costs.
3. Mobility: The structural design must facilitate disassembly and transportation to adapt to different site requirements.
4. Universality: Compatible with existing sanitation facilities (such as pipes and power supplies) to reduce maintenance difficulty.