China Invests in Major Yangtze River Waterway Project to Boost Shipping
China is launching an ambitious waterway project to enhance shipping efficiency along the Yangtze River. This initiative aims to improve the flow of goods on one of the world’s busiest inland waterways, reinforcing the country’s internal connectivity.
As the longest river in China, the Yangtze plays a crucial role in transporting goods between the country’s interior and coastal areas. The Three Gorges Dam, a key passage for vessels, has struggled with increasing cargo volumes, surpassing its designed capacity years ago.
Kicking off on Monday, the project, which will cost approximately 77.2 billion yuan (around 11.3 billion U.S. dollars), is expected to alleviate these growing pressures. Officials and experts discussed this development during a recent episode of China Economic Roundtable, hosted by Xinhua News Agency.
This project is the first major national infrastructure initiative launched during the 15th Five-Year Plan period (2026-2030), illustrating the significance of the Yangtze River. Spanning over 6,300 km from the west to the eastern coast, it supports an economic belt that covers 11 regions contributing nearly half of China’s GDP.
Addressing River Bottlenecks
The current ship lock at the Three Gorges Dam exceeded its intended capacity of 100 million tonnes in 2011. Wang Hui, an official from the Ministry of Transport, highlighted that the navigation system has faced ongoing pressure due to increasing freight traffic fueled by the Yangtze River Economic Belt.
To address this, the project will introduce a five-tier, dual-track ship lock north of the existing facility and enhance navigation systems at the Gezhouba Dam downstream. Upon completion, the throughput capacity at the Three Gorges Dam will nearly double to 336 million tonnes, while the Gezhouba Dam will reach a total capacity of 360 million tonnes.
This upgrade will create a robust navigation system, improving the efficiency of shipping along the Yangtze. Gao Peng, deputy chief engineer of the China Three Gorges Corporation, stated that this would enable smoother cargo transportation and reinforce the integrated transportation network along the river.
Furthermore, analysts believe the project will help lower logistics costs throughout the economy as China aims for greener solutions. Niu Xinqiang from the Chinese Academy of Engineering pointed out that water transport emits significantly fewer carbon emissions compared to rail and road transport.
Innovative Engineering Solutions
Building and upgrading the locks at the Three Gorges and Gezhouba sites presents numerous engineering challenges, especially with the limited space. New locks must address a water-level drop equivalent to a 37-story building and handle steep rock slopes.
To tackle these challenges, engineers have been working with domestic research institutions for over a decade. They developed advanced systems for water management and a heavy-duty “super gate” for the locks.
The excavation for the project will require moving around 160 million cubic meters of earth and rock, utilizing precise blasting techniques to minimize disruptions to nearby communities and the environment.
Preparing for the Future
Experts believe that this new project represents a balanced investment in infrastructure and people, aligning with the country’s focus on improving livelihoods. The new locks are expected to be finished within 112 months, while the Gezhouba upgrades should take about 95 months, both including a preparation period.
This large-scale construction will create numerous jobs and stimulate related industries throughout the supply chain. The improved waterway will also enhance logistics, strengthen ports, and facilitate trade, ultimately transforming inland shipping’s connection to global markets.
Wang highlighted that cargo arriving in southwestern cities from Europe via freight trains can seamlessly transition to shipping along the Yangtze, while maritime goods from Southeast Asia will have better access to China’s interior. This interconnectedness is set to open new markets for inland cities, establishing them as gateways for both domestic and international trade.
