Summary of the Core News Content in Plain Language
This report discusses how Wuhan has developed a unique approach to urban renewal that deviates from the conventional methods. Instead of demolishing the old red-brick factories of the 722nd Research Institute of China State Shipbuilding Corporation, located next to the once-popular Guangbutun Digital Street in Central China, and replacing them with commercial buildings or luxury residences, the city adopted an innovative model that preserves the existing property rights and focuses on long-term support for science and technology innovation. The result is the creation of the "Guangbutun·Kinli" innovation district, which specializes in hard technology. Essentially, Wuhan has abandoned the traditional approach of urban renewal, which involves selling land to build buildings for quick profits, and aims to transform its numerous universities and the knowledge and talent of hundreds of thousands of faculty and students into a tangible hard technology industry within the old city area. After the success of this pilot project, the same model will be replicated on a large scale during the city's "15th Five-Year Plan" period, creating a network of innovative districts where parks are within walking distance of homes and companies, turning the old city area into a new hub for scientific and technological innovation.
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Detailed Interpretation of the Measures Taken
1. Avoiding the Biggest Barrier in Urban Renewal: Achieving Long-Term Innovation Without Exorbitant Land Costs
One of the most challenging issues in urban renewal in China has always been property rights. Many old industrial areas are owned by central and state-owned enterprises, and acquiring the land rights can cost hundreds of millions or even billions of yuan, with approval processes taking three to five years. By the time the procedures are completed, the entrepreneurial opportunities may have passed. Moreover, the operators who acquire the land at such high costs are usually eager to sell the buildings and raise rents for quick profits, with little patience for nurturing innovative companies.
The "rent, build, operate, and return" model implemented in Wuhan circumvents this problem. The land rights of the 722nd Research Institute remain with the institute, and a local state-owned enterprise rents the land for a 30-year period to carry out the renovation and operation. After the 30 years, the entire park is returned to the institute in its original condition. This approach benefits both parties: the property owner recovers a well-renovated and mature industrial park after 30 years, while the operator avoids the high costs of land acquisition and can invest the savings in supporting the industry, without the pressure of raising rents or attracting non-innovative businesses, allowing for a long-term focus on nurturing companies.
2. A Gentle Renewal That Preserves Heritage: Turning the Memory of the Old Digital Street into an Asset for Innovation
The renovation does not follow the traditional approach of demolishing old buildings to build massive industrial parks. Instead, it uses a cost-effective strategy that preserves the historic elements of the area:
- Preservation: The red-brick walls and sycamore trees that represent the digital era of Wuhan are retained, giving the innovation district a unique character.
- Renovation: The internal structures of the old factories are renovated into open laboratories and pilot production facilities that meet the needs of scientific research.
- Addition: New facilities such as innovation malls and dedicated pathways connecting to nearby universities are added, making it convenient for students to start businesses without having to travel long distances to the suburbs.
This approach has been applied throughout the Hongshan district. For example, the South Lake Silicon Alley around Wuhan University of Technology has seen the demolition of campus walls and the construction of pedestrian paths, attracting more than 400 technology companies. The Shishan Silicon Alley around Huazhong Agricultural University focuses on agricultural technology, with a total investment of over ten billion yuan in small-scale renovations.
3. Overcoming Barriers to the Commercialization of Research Results
Wuhan is known for its numerous universities and innovative research outcomes, but there has always been a challenge in turning these achievements into profitable products. The Guangbutun·Kinli model addresses this by providing a complete support system:
- Flexible Space: The park offers a range of spaces, from small student workstations to large-scale production facilities, and includes a concept verification center.
- Integration with Universities: It facilitates a seamless transition from research to commercialization, helping to bring university-developed innovations to market.
- Strict Access Criteria: Only businesses related to science and technology, as well as new materials and artificial intelligence, are allowed to enter the park. The commercial spaces are designed for innovation activities, avoiding the problem of a disconnect between industry and commerce.
4. Reversing the Profit Logic: Focusing on Long-Term Benefits Rather than Short-Term Rent Increases
The typical profit model of industrial parks relies on raising rents. However, the Guangbutun·Kinli model aims for long-term growth by supporting companies throughout their development. A nearly 29.1 billion yuan innovation fund is provided to support companies from the seed stage to their listing, with the operator earning profits from sharing in the company's growth. This approach ensures a mutual benefit, where the success of the companies benefits the operator as well.
5. A Model for Wuhan to Replicate on a Large Scale
Guangbutun·Kinli is not a one-off project but a template for urban renewal that Wuhan plans to implement extensively during its "15th Five-Year Plan." Unlike other cities that have transformed old areas into popular commercial streets or luxury residences, Wuhan aims to integrate idle industrial facilities with local universities and educational resources, creating new hard technology industries within existing urban areas. This approach has the potential to become a new model for cities with abundant scientific and educational resources in China.