China diverts 10 bcm water to drought-hit north

Project was conceived by Mao Zedong in 1952 and began operation in 2014

China has diverted 10 billion cubic metres of water from the south to its drought-prone northern regions including

Beijing, which are home to 53.1 million people, aided by the world’s longest canal and pipeline network spanning 1,400 km.

The water pumped from the Yangtze River has the provinces of Henan and Hebei along the middle route of the water diversion project, south-tonorth water diversion office under the state council said.

The project was conceived by Chinese leader Mao Zedong in 1952 but delayed over its likely impact on environment as well as resettlement of people. It was only approved by the state council in December, 2002, after half a century of debate.

It has been hailed in China’s official media as an example of how Chinese people are capable of bettering their lives through hard work.

But the new waterway presents fresh challenges, such as the protection of water quality from unforeseen natural risks in the future.

It is the second biggest water project undertaken by China after the Three Gorges dam, regarded as the world’s biggest hydropower dam.

The middle route of the project carries water through canals and pipes from Danjiangkou reservoir in central China’s Hubei province.

It began operation in late 2014.

The project has supplied 2.7 billion cubic metres of water to capital Beijing, serving 11 million people, state-run Xinhua news agency reported.

Currently about 70 per cent of Beijing’s water supply comes from the project. The city’s per capita water resources have increased from 100 to 150 cubic metres. Previously, the city’s water supply came mainly from underground water.

Tianjin got 2.2 billion cubic metres of water while Henan and Hebei provinces got 3.5 billion cubic metres and 1.1 billion cubic meters, respectively.

Officials with the office said the project has played “an indispensable strategic role” in helping the north ease water shortage, improve water quality and ecology, build a resourceconserving society, and prevent natural disasters.