Urban Mobile Toilet Procurement

Urban mobile toilet procurement requires a comprehensive consideration of factors such as project requirements, supplier qualifications, product characteristics, and industry standards. The following elaborates from three aspects: procurement cases, product features, and industry requirements:

I. Typical Procurement Case References

1. Jingshan City Mobile Public Toilet Procurement Project: The winning supplier is Changsha Jiejie Environmental Protection Technology Development Co., Ltd. The procured goods are a mobile public toilet of the Manboer brand, model MBR-CZSGC01, with a unit price of 988,880 yuan and a quantity of 1. The project was initiated by the Jingshan City Urban Management and Law Enforcement Bureau, with a review panel consisting of 3 people including Li Ming, and the procurement agency being Hubei Zhongying Huachuang Engineering Consulting Co., Ltd. Such cases indicate that the purchaser needs to clarify the budget, brand preferences, and technical parameters, and complete the bidding process through a formal agency.
2. Xiangshengyuan Night Market Supporting Public Toilet Project: The successful supplier is Anhui Songlin Construction Engineering Co., Ltd., with a transaction amount of 709,900 yuan. The construction scope includes the new construction and renovation of public toilets, with a project duration of 120 days. The project is led by the Lai'an County Urban Management Bureau, and the project manager is required to have a second-class constructor qualification. Such cases show that public toilet procurement may involve construction and renovation, and it is necessary to pay attention to the supplier's engineering qualifications and project duration management capabilities.

II. Characteristics of Urban Smart Public Toilets
Modern mobile toilets have developed towards intelligence and modularization, with core characteristics including:

• Technology Integration: Adopting mobile prefabricated building technology and combining it with an IoT intelligent management system to achieve rapid deployment and remote monitoring.
• Modular Design: The main structure is mainly composed of light steel structures or new composite materials. The internal functional modules (such as sanitary facilities and barrier-free equipment) can be flexibly configured according to the foot traffic. The intelligent system covers functions such as environmental monitoring and pedestrian flow statistics.
• Environmental Protection and Energy Efficiency: Some products are equipped with solar photovoltaic panels and rainwater harvesting devices to reduce operational energy consumption.
• Customized Services: Suppliers can provide irregular building designs according to site conditions, covering multiple scenarios such as parks, scenic spots, and transportation hubs. The prefabricated construction period usually only takes a few weeks.

III. Industry Standards and Procurement Key Points
Currently, there is no unified national mandatory standard in the industry, but most manufacturers produce products by referring to the 'Urban Public Toilet Design Standard' (CJJ 14) and local smart city construction guidelines, focusing on the following technical requirements:

• Structural Safety: It needs to pass performance tests such as wind and earthquake resistance to ensure long-term stability.
• Hygiene and Easy Cleaning: The internal facilities should use anti-fouling materials for easy cleaning and maintenance.
• Intelligent Compatibility: The system needs to reserve expansion interfaces to support subsequent functional upgrades.
  Purchasers should require suppliers to provide product test reports, successful cases, and after-sales service plans, and verify their performance capabilities through on-site inspections or third-party evaluations.