From June 6 to 8, a visit was made to Yichang and Jingzhou to inspect economic and social development.

In Yichang, the first stop was the Three Gorges Water Control Project, where the reservoir storage, ship lock navigation, and left-bank power station operations were observed, along with a briefing on the project’s construction and operation. It was emphasized that important speeches and directives on the Three Gorges Project must be thoroughly studied and implemented, ensuring safe operation, coordinating flood control, power generation, navigation, and comprehensive water resource utilization to maximize the project’s benefits. Next, the Gezhouba Water Control Project was visited, where the ship lock navigation was observed, and the “Three Gorges Hydrogen Boat 1” was boarded to learn about the development and application of green ships on the Yangtze River. Emphasis was placed on carefully organizing the Gezhouba navigation expansion project to further unleash the shipping potential of the golden waterway, actively cultivating and expanding the green and intelligent ship industry to better support the protection of the Yangtze River and high-quality development of the Yangtze River Economic Belt. At the Xingfa Group riverside dock, the shoreline remediation along the Yangtze River was inspected, and the group’s smart management center was visited to view the enterprise’s intelligent environmental management platform and technological innovation achievements. The company was encouraged to continue increasing technological innovation efforts to promote the green transformation of the phosphorus chemical industry. At Angel Yeast Group, the yeast science museum and microbial fermentation laboratory were visited, and a briefing on the company’s R&D innovation and production operations was heard. The hope was expressed that the company would strengthen quality control, further enhance product competitiveness, and continuously cultivate new advantages in the bio-manufacturing industry.

In Jingzhou, the “Lighthouse Factory” of Midea Refrigeration Co., Ltd. in Hubei was visited, where the company’s intelligent products and smart manufacturing production lines were observed, along with detailed information on product performance, market sales, and the implementation of the trade-in policy for consumer goods. The company was encouraged to fully leverage its industry-leading advantages, launch more products that meet market demand, and lead the home appliance industry toward high-end, intelligent, and green development. At Feilihua Quartz Glass Co., Ltd., the application of high-end quartz materials in semiconductor manufacturing, high-end optics, and the optoelectronic information industry was detailed. The hope was expressed that the company would focus on key basic materials, persistently tackle challenges, overcome more “bottleneck” technologies, and help the industrial chain achieve independent control and collaborative innovation. At the Guanyinji of the Jingjiang Levee, combined with a schematic diagram of the lake-river relationship in the middle reaches of the Yangtze River, the flood control situation and system of the Jingjiang River were introduced, historical water mark stone carvings at Guanyinji were inspected, and the heroic deeds of the “1998 flood resistance” were learned. Emphasis was placed on closely monitoring key flood control areas and weak links, continuously improving disaster prevention, mitigation, and relief capabilities, and building a safety barrier; it was also stressed to firmly establish a “one-game” mindset, adhere to systematic and coordinated governance, continuously improve the watershed flood control and disaster reduction system, and fully ensure the safety of rivers.

Three Gorges Water Control Project

The Three Gorges Water Control Project is a massive hydroelectric dam system built on the Yangtze River in China, completed in 2012. Its primary purposes include flood control, power generation, and improving navigation, making it the world’s largest power station by installed capacity. The project has a controversial history, involving the relocation of over a million people and significant environmental and cultural impacts, including the submersion of numerous archaeological sites.

Gezhouba Water Control Project

The Gezhouba Water Control Project is a large dam and hydroelectric facility located on the Yangtze River in Yichang, Hubei Province, China. Construction began in 1970 and was completed in 1988, making it the first major dam built on the Yangtze and a precursor to the larger Three Gorges Dam upstream. Its primary functions include flood control, power generation, and improving navigation on the river.

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Three Gorges Water Control Project

The Three Gorges Water Control Project is a massive hydroelectric dam on the Yangtze River in China, completed in 2012. It was built to control flooding, generate clean energy, and improve navigation, but its construction also required the relocation of over a million people and sparked environmental concerns. As the world’s largest power station in terms of installed capacity, it stands as a monumental feat of modern engineering with a complex legacy.

Gezhouba Water Control Project

The Gezhouba Water Control Project is a large-scale hydroelectric dam located on the Yangtze River in Yichang, Hubei Province, China. Constructed between 1970 and 1988, it was the first major dam built on the Yangtze and serves as a key facility for flood control, irrigation, and power generation, with a total installed capacity of about 2.7 gigawatts. Its completion paved the way for the more ambitious Three Gorges Dam further upstream, marking an important milestone in China’s water resource management and energy infrastructure.

Xingfa Group riverside dock

The Xingfa Group riverside dock is a significant industrial facility located along the Yangtze River in China, primarily serving the operations of the Xingfa Group, a major chemical and mining conglomerate. Historically, the dock has played a key role in transporting raw materials and finished products, supporting the region’s economic development since the company’s expansion in the late 20th century. Today, it remains a vital hub for logistics and trade, reflecting the interplay between industrial growth and the natural waterways of central China.

Angel Yeast Group

Angel Yeast Group is a leading Chinese biotechnology company founded in 1986, headquartered in Yichang, Hubei Province. It has grown into the world’s largest yeast manufacturer, producing yeast and related bioproducts for baking, brewing, and biotechnology industries. The company’s success reflects China’s rapid industrial development and its integration into global food and bio-manufacturing supply chains.

Midea Refrigeration Co., Ltd. in Hubei

Midea Refrigeration Co., Ltd. in Hubei is a major manufacturing base of the Midea Group, one of China’s leading home appliance companies. Established as part of Midea’s expansion strategy, the facility specializes in producing refrigeration products such as air conditioners and refrigerators. The site reflects Midea’s growth from a small workshop in 1968 into a global leader in smart home technology and manufacturing.

Feilihua Quartz Glass Co., Ltd.

Feilihua Quartz Glass Co., Ltd. is a Chinese manufacturer specializing in the production of high-purity quartz glass products, which are essential for industries such as semiconductors, optics, and solar energy. Founded in the late 20th century, the company has grown to become a key player in the advanced materials sector, leveraging China’s abundant quartz resources and technological expertise. Its history reflects the broader development of China’s high-tech manufacturing capabilities, particularly in supporting the global demand for precision glass components.

Guanyinji of the Jingjiang Levee

Guanyinji of the Jingjiang Levee is a historic flood-control and religious site located along the Yangtze River in Jingjiang, China. Built during the Ming Dynasty, it combines a stone levee with a temple dedicated to Guanyin, the Bodhisattva of compassion, serving both as a protective barrier against river floods and a spiritual sanctuary for local communities. The site reflects the region’s cultural heritage and the traditional integration of engineering and religious practice in managing natural threats.