Mobile Toilet Deodorization Function
The deodorization function of mobile toilets is mainly achieved through technologies such as micro-flush technology, powerful air exhaust, and three-stage odor purification systems.
Micro-flush technology: This technology optimizes the flushing method to reduce water consumption while improving cleaning effectiveness, thereby effectively minimizing odor generation. For example, the smart mobile public toilets in the sub-center of Beijing utilize micro-flush technology. By precisely controlling the direction and force of the water flow, they ensure cleanliness while preventing sewage residue or splashing caused by excessive water volume, thus reducing the breeding environment for odors at the source. This technology is particularly suitable for scenarios with limited water resources or high environmental protection requirements, as it saves water and maintains fresh air inside the toilet.
Powerful air exhaust: By installing an efficient exhaust system, strong airflow is used to quickly expel odors from the toilet to the outdoors. For instance, the smart toilet model of Junhan Smart Mobile Restrooms is equipped with an ultra-powerful air exhaust device. Once activated, it generates sufficient airflow to swiftly remove odors from inside the toilet bowl or the toilet space, preventing local accumulation of odors. This technology is applicable to mobile toilets with relatively enclosed spaces, maintaining a dynamic balance of internal air through continuous air circulation and avoiding odor retention.
Three-stage odor purification system: This system achieves deep deodorization through multi-level purification. Taking the Jomoo Jingjie smart toilet as an example, its odor purification system consists of three stages: The first stage employs Cyclone Magic Bubble (Foam Shield) technology, which generates a 30mm-thick foam layer to effectively prevent sewage splashing and initially isolate odors; the second stage utilizes a platinum odor purification module to decompose odor molecules through catalytic reactions, achieving a deodorization rate of up to 98% without the need for replacing consumables; the third stage releases a subtle fragrance through an aroma refresh module to further neutralize residual odors rather than simply masking them. The combination of these three technologies provides comprehensive deodorization from physical isolation, chemical decomposition, to odor neutralization.
