Liwan District Container House
There are container house applications in Liwan District, covering various scenarios such as culture, healthcare, and testing.
In the cultural scenario, there are container pavilions with intangible cultural heritage characteristics in Yongqing Fang, Liwan District. As an area with profound historical and cultural heritage, Yongqing Fang has introduced the novel architectural form of container pavilions, which not only retains the charm of traditional culture but also incorporates modern elements, providing tourists and citizens with a unique cultural experience space and demonstrating the innovative application of container architecture in the cultural field.
In the healthcare scenario, Guangzhou Medical University Affiliated Brain Hospital launched a container customization service project for its main hospital and Baiyun campus in 2025. Guangdong Jiuchun Building Materials Co., Ltd. won the bid for this project with a bid amount of 1,028,000.00 yuan. The project involves batch deliveries. For each batch of containers, after receiving the purchase order from the buyer, the detailed design will be completed within 3 working days, and the production, manufacturing, and supporting installation will be completed and passed the acceptance within 12 calendar days after confirmation. This indicates that container architecture can meet specific functional requirements in the healthcare field, such as temporary medical facilities and equipment storage, and has the ability for rapid construction and delivery.
In the testing scenario, the nucleic acid testing site in Chajiao Subdistrict conducted a container selection process, and Guangzhou Xingui Integrated Housing Co., Ltd. ultimately won the bid. During special periods such as epidemic prevention and control, container houses can serve as temporary testing sites, providing a safe and convenient place for nucleic acid testing work. Their modular characteristics make the setup and dismantling relatively easy, enabling a quick response to changes in testing demands.
In addition, from the overall advantages of container architecture, it achieves a dual breakthrough in economic cost and industrial efficiency, reducing the overall cost by 30%-50%, shortening the construction period by nearly 70%, and increasing the asset reuse rate by 4-6 times. It can demonstrate amazing space-creation capabilities in urban centers with scarce land resources. From the perspective of low-carbon development, it builds a complete closed loop from material recycling to energy self-sufficiency. Its functional transformation has the advantage of flexibility, breaking through traditional spatial limitations. These advantages also provide strong support for the wide application of container houses in Liwan District.
