Changzhi Mobile Environmental Toilet Inspection

The inspection of mobile environmental toilets in Changzhi should be comprehensively evaluated from multiple dimensions, including equipment quality, environmental treatment technology, operational status, and leasing services. The specific inspection points are as follows:

1. Core Indicator Inspection of Environmental Treatment Systems
The environmental treatment technology of mobile environmental toilets is a key focus of inspection, requiring verification of the actual operational effectiveness of technologies such as microbial degradation, physical dry methods, or chemical solidification. For example, microbial degradation technology requires inspection of bacterial strain activity, degradation efficiency, and energy consumption standards to ensure that the energy consumption per unit of waste treatment complies with industry norms (typically lower than that of ordinary household appliances). Physical dry methods require assessment of dehydration rates and residual moisture content, while chemical solidification technology requires inspection of the proportion of solidifying agents added and solidification strength. All waste residues treated by these technologies must pass environmental standard inspections (such as heavy metal content and pathogen inactivation rates) to avoid secondary pollution.

2. Basic Equipment Performance Inspection
The sealing performance of the equipment directly affects odor control and sanitary conditions, requiring pressure testing to verify the sealing of door frames, sewage pipes, and other parts to ensure no leakage. In terms of noise control, the operational sound level should be below 60 decibels (equivalent to the volume of normal conversation) to avoid disturbing the surrounding environment. Power consumption requires simulation of actual usage scenarios to test whether the daily power consumption matches the supplier's claim of 'ordinary household appliance level' and to check whether the circuit design has overload protection functionality.

3. Full-Process Inspection of Leasing Services
If leasing services are involved, the inspection should cover the entire cycle of equipment transportation, installation, maintenance, and removal. During transportation, the packaging protection measures should be inspected to ensure that the equipment is not damaged during handling. During installation, the accuracy of sewage pipe connections, the standardization of power line connections, and the completeness of debugging records should be verified. Regular maintenance requires inspection of whether the maintenance cycle complies with the contract (such as once a week/month) and spot checks of maintenance records (such as filter replacements and bacterial strain replenishments). The final removal process requires inspection of the equipment's restoration level and site cleanup.

4. Verification of Intelligent Monitoring Functions
Some suppliers offer real-time monitoring services, requiring testing of the accuracy of sensor data (such as fecal and urine capacity, temperature, and humidity) and the rationality of the optimization algorithm for collection frequency. For example, by simulating different usage scenarios, verify whether the system can dynamically adjust the collection cycle based on data to avoid resource waste or service delays. At the same time, the response speed of the professional maintenance team (such as arriving on-site within 2 hours after a fault report) and problem-solving capabilities should be checked.