Mobile Toilet Waterless Toilet
There are mainly two types of waterless toilets in mobile toilets: ecological waterless toilets and waterless ecological toilets with advanced microcomputer control systems.
Ecological Waterless Toilet: Taking the ecological waterless toilet from Bio-Lan as an example, its main body is made of plastic, which has certain durability and corrosion resistance, enabling it to adapt to different usage environments. The toilet seat and lid are made of EPP material, which is lightweight, heat-insulating, and shock-absorbing. This not only provides a comfortable user experience but also reduces heat transfer to some extent, keeping the surface temperature of the toilet relatively stable. Inside, there is a metal bracket that plays a crucial role in support and diversion. It directs urine into a collection bucket, achieving dry-wet separation of urine and feces. The dry-wet separation design offers several advantages. On one hand, it facilitates subsequent separate treatment of urine and feces, improving treatment efficiency. On the other hand, it reduces issues such as odor and bacterial growth caused by mixing, helping to maintain a hygienic environment inside the toilet. Additionally, there are holes at the back of the toilet for odor and exhaust ventilation, which can promptly expel odors from the toilet and keep the air fresh.
Waterless Ecological Toilet with Advanced Microcomputer Control System: This type of waterless toilet is equipped with an advanced sensing system that can automatically detect the presence of users. When someone enters the toilet, the sensing system activates the lighting, ventilation, and separation systems. The lighting system provides a good visual environment for users; the ventilation system can quickly expel odors from the toilet, maintaining air circulation; and the separation system further ensures effective separation of urine and feces. Its core treatment technology involves converting solid waste into gas through composite microorganisms. These composite microorganisms can decompose organic matter in feces and convert it into harmless gases for emission. At the same time, urine can be treated to meet the standard of reclaimed water after decomposition, enabling recycling. It can be used for flushing toilets or other scenarios with low water quality requirements, greatly saving water resources.
