Ji'an Waterless Mobile Toilet
The waterless mobile toilets in Ji'an mainly adopt waterless flushing technology, treating excreta through eco-friendly materials and microbial degradation, without the need for external water sources or sewage pipes. They are characterized by environmental protection and convenience, with common types including microbial degradation type, dry packaging type, and foam block type.
The microbial degradation toilet is an important type of waterless mobile toilet in Ji'an. It does not require water flushing and relies on microorganisms to decompose excreta, achieving zero emissions. This type of toilet is particularly suitable for use in remote areas or construction sites without water and electricity supplies. In such places, traditional toilets are difficult to construct due to the lack of water and electricity support, while microbial degradation toilets are easy to install and can be put into use simply by placing them. Their environmental performance is outstanding, with minimal impact on the environment, effectively reducing sewage discharge and odor generation, making them suitable for long-term outdoor work scenarios and providing relatively comfortable toilet environments for workers.
The dry packaging mobile toilet is also a common type. It has no drainage device, and excreta are collected by biodegradable plastic bags placed beneath the sanitary materials. After each use, the system automatically replaces the plastic bag with a new one, and the used plastic bags are collected and transported to a disposal plant for treatment. The biggest advantage of this type of toilet is water conservation, which is particularly evident in arid regions or areas with scarce water resources. At the same time, it facilitates the collection of dirt, making subsequent cleaning and transportation easier and reducing on-site handling hassles.
The mobile public toilet with foam blocks is also distinctive. It uses foam generated from a foam liquid mixture instead of a toilet bowl, with the foam covering the inside of the toilet bowl through compressed air and replacing water for flushing. The system can also collect foam water near the handwashing area, thus maximizing water conservation. This design not only reduces water usage but also effectively prevents odor emission, maintaining cleanliness and hygiene inside the toilet and providing users with a good experience.
