Biotechnology Mobile Toilet

Biotechnology mobile toilets mainly refer to microbial degradation mobile toilets, which are an environmentally friendly type of toilet that utilizes microbial technology for efficient decomposition and treatment of excrement.

I. Working Principle The microbial degradation mobile toilet device includes core components such as a squat toilet, exhaust pipes, exhaust fans, a fermentation and degradation tank, a mechanical transmission device, and an electrical PLC constant temperature and humidity control device. The squat toilet is installed above the degradation tank, which is filled with microbial strains and carriers. Excrement is thoroughly mixed with the strain filler through a mechanical intermittent forward and reverse transmission device. Under the action of the microbial strains, the excrement is digested and degraded into compliant gases (such as carbon dioxide and water vapor) and discharged through the exhaust pipes. This process does not require water flushing, and the constant temperature and humidity control device maintains microbial activity to ensure degradation efficiency.

II. Core Features

1. Environmentally friendly and energy-saving: It does not require a traditional sewage system, avoiding environmental pollution caused by sewage discharge; it consumes only 3-5 kilowatt-hours of electricity per day (adjustable according to the number of users and regional differences), significantly reducing energy consumption.
2. Water-free flushing and no need for regular removal: Through microbial degradation, excrement is treated on-site without the need for flushing facilities, and the residual material after degradation is minimal, eliminating the need for regular removal and reducing labor maintenance costs.
3. Pollution-free and hygienic: The degradation process produces no odors, and the microorganisms can inhibit the growth of pathogens, ensuring a hygienic internal environment of the toilet; the discharge of compliant gases meets environmental protection standards, avoiding secondary pollution.
4. Strong adaptability: It is not limited by temperature and can operate stably in environments ranging from -30°C to 50°C; it is suitable for areas without water sources or sewage pipe networks, such as ecological protection zones, tourist attractions, urban public areas, and water-scarce regions.

III. Maintenance and Cost The replacement cycle of the strains is determined based on the number of users, generally ranging from 3 to 6 months. The cost varies depending on the type of strain: domestic strains cost approximately 300 yuan per toilet stall, while imported strains cost about 500 yuan per stall. The long-term operating cost is lower than that of traditional water-flushing toilets, and there is no need to build complex sewage infrastructure, resulting in high overall cost-effectiveness.

IV. Application Scenarios Companies such as Luhai Environmental Science and New Energy Co., Ltd. have introduced products such as resource-based biological environmental protection public toilets by introducing advanced microbial technology. These products have been widely applied in ecological protection zones, tourist attractions, urban public toilets, and remote areas, effectively solving the problems of water resource consumption and pollution associated with traditional toilets and promoting the integration of environmental protection and biotechnology industries.