An observation essay from The Economist’s Intelligence Unit focus’s attention on how rapid industrialization, together with equally rapid urbanization, conflict with the goals of “green hydro-based power” and ambitious bureaucrats, all result in a mighty “muddle” – is this another case of planning’s inability to deal with the complexity of large scale natural and cultural systems ? I wonder how African countries politicians will cope with planned Chinese funded and built hydropower projects if the Chinese are unable to manage their own large scale systems? See World’s largest hydroelectric plant could finally rise in Africa | SmartPlanet
China’s longest river, the Yangtze, is becoming extremely busy as it plays a core role in government efforts to develop the country’s interior. As industry moves west, raw materials to feed it are being shipped via the waterway, which runs between major ports in the east and provinces further inland. At the same time, the river is being drawn upon for hydropower projects, industrial use, drinking water and tourism. However, along with increased usage has come a plethora of problems. Better management is urgently needed.
Shipping capacity on the Yangtze has risen dramatically over the past decade, as billions of renminbi have been poured into dredging and deepening it. The river, which runs from the Qinghai-Tibetan plateau to the East China Sea in Shanghai, accounts for around 80% of China’s river cargo transport. A high priority has been placed on its development, as it is being tapped to drive growth in the regions further inland through which it winds. Heavy loads, such as iron ore, are cheaper to transport by river than by rail or road, owing to lower fuel costs and the absence of tolls.
As inland demand has boomed in the past decade, so has shipping traffic. This includes inputs for industry, such as iron ore and automotive components, as well as for consumption, such as soybeans. The Yangtze also serves as a means for inland cities such as Chongqing, where production of cars and steel is booming, to ship such goods downstream for sale or export. Shipping volumes on the river’s main course quadrupled over 2003‑12. In the first five months of 2013, container throughput on the Yangtze rose by 22.2% year on year, picking up from the 8.7% growth it recorded in the same period of 2012.
Efforts are under way to raise throughput further. More dredging will take place to deepen the river, enabling it to handle heavier vessels. The State Council (China’s cabinet) has announced a goal of raising inland river freight capacity to 3bn tonnes a year by 2020—double the amount transported in 2010.
Alongside this, cities along the river’s path have rolled out their own visions for the development of their river ports and logistics capacities. Plans for major ports along the Yangtze, particularly at Cuntan Bonded Zone in Chongqing, emphasise raised shipping capacities and the ability to handle larger ships. In 2012, for example, local media reported that Wuhan’s government had approved a Rmb300bn (US$48bn) five‑year blueprint to develop the capital of Hubei province into a major shipping hub.
Cadres in smaller port hubs also have great aspirations to exploit their position along the Yangtze. Officials in Anqing (Anhui province) are attempting to turn its river port into a regional shipping hub, allocating Rmb10bn for development.
But at the same time, the Yangtze is being tapped for a growing number of hydropower projects. Provincial governments are under pressure to raise the proportion of renewable sources in total energy use to 15% by 2020, and regions through which the river runs are keen to exploit it. According to local media, at least 11 hydropower projects have either been completed or are under construction on the river’s upper reaches. The Xiluodu hydropower station is being built at the Yangtze’s headwaters, also called the Jinsha. When completed later this year, it will become the country’s second-largest hydropower project after the Three Gorges Dam, which sits on the Yangtze in Hubei.
Less than 200 km downstream of Xiluodu will be the Xiangjiaba project, which will start to store water on June 21st. Xiangjiaba is slated to be the country’s third-largest hydropower project when completed in 2015, and will transmit electricity through to Shanghai. The Xiangjiaba Dam will also be used to irrigate farmland and to provide drinking water to southern Sichuan