Water-saving Eco-friendly Mobile Toilet

A water-saving eco-friendly mobile toilet is a public sanitation facility that integrates new materials and water-saving technologies, featuring water conservation, environmental protection, automation, and high mobility.

I. Prominent Features

1. Highly Efficient Water Conservation: Achieves ultra-low water consumption through technological optimization. For example, foam-sealing types have a water-saving rate exceeding 90%, vacuum self-priming types consume only 0.5 - 1 liter of water per use, and some types reduce water consumption per person per flush to 0.46 liters by recycling hand-washing water and mixing it with special agents.
2. Environmentally Friendly and Pollution-free: Utilizes technologies such as microbial degradation and waterless packaging, achieving a fecal degradation rate of 97% without the need for removal and transportation. Some types convert solid feces into organic fertilizer and treat urine into reclaimed water for recycling, creating a closed resource loop.
3. Integrated Automation: Equipped with a microcomputer control system, it can automatically sense people to trigger lighting and ventilation, monitor temperature, humidity, and air quality in real-time, and feature functions such as pedestrian traffic counting and intelligent deodorization to enhance the user experience.
4. Highly Mobile: Comes in various product forms, including trailer-mounted, box-type substation cabinet-style, and stainless steel sentry box-style, enabling rapid deployment in scenic spots, service areas, rural areas, and other settings, adapting to both temporary and long-term needs.
5. Durable and Reliable: The frame is welded from national standard steel, with the surface covered in anti-corrosion and fire-resistant materials (such as color steel plates and carved panels), designed for a lifespan exceeding 20 years, reducing long-term maintenance costs.

II. Core Technology Types

1. Waterless Flush Types:
   • Waterless Packaging Types: Automatically seal excreta using biodegradable films and mechanical devices, eliminating water dependency.
   • Waterless Biological Treatment for Fertilizer Production Types: Utilize microorganisms to decompose feces into organic fertilizer and treat urine into liquid fertilizer, achieving resource utilization.
   • Waterless Flushable Types: Separate urine and add agents to create a flushing solution, while treating feces into odorless fluids, reducing odors.
2. Water-saving Types:
   • Foam-sealing Types: Replace water with foaming agents for flushing, achieving a water-saving rate exceeding 90%.
   • Vacuum Self-priming Types: Use air pressure differentials to suction excreta, consuming only 0.5 - 1 liter of water per use.
3. Reclaimed Water Flush Types:
   • Biological Treatment Types: Purify feces and urine through electrocatalytic reactions, using solar power to achieve closed-loop water resource recycling.
   • Membrane Separation Types: Use membrane technology to separate supernatant for reuse in flushing, while fermenting feces into fertilizer.

III. Application Scenarios
It has been widely adopted in scenic spots, highway service areas, rural public areas, and is particularly suitable for water-scarce regions or temporary event venues, balancing environmental protection needs with user convenience.