Posts tagged ‘Energy Information Administration’

18/12/2014

China Plans to Dethrone King Coal – Businessweek

China is, by far, the largest consumer of coal worldwide. In 2011, China accounted for nearly half the coal burned globally, according to data compiled by the U.S. Energy Information Administration. China is also the world’s largest emitter of greenhouse gases that cause global warming. That’s the bad news.

China's Coal Demand May Peak Before 2020

The good news is that China’s coal usage is “very likely to peak before 2020,” according to a report (PDF) published by the National Bureau of Asian Research (NBR). The author, Li Zhidong, a professor at Nagaoka University of Technology in Japan, examined data from China’s National Bureau of Statistics to find that the country’s appetite for coal is rising at a dramatically slower rate today than a few years ago. In 2011, China’s coal usage jumped 9 percent; last year, it rose only 2 percent.

Several factors are behind the trend. The first is simply that China’s manufacturing sector has slumped, meaning that factories required less additional electricity.

A more lasting factor, however, is that China’s push to expand renewable energy usage has made coal account for a declining share of power generation. In 2010, coal-fired power plants supplied 75.6 percent of China’s electricity; that dipped to 73.3 percent by 2013. Whether or not the economy picks up, the share of coal power is likely to continue to decline. In just the past three years, China has busily installed new dams, windmills, solar panels, and nuclear plants, adding 64 gigawatts of hydropower, 46 Gw of wind power, 15 Gw of solar power, and 4 Gw of nuclear power, according to NBR.

via China Plans to Dethrone King Coal – Businessweek.

04/09/2014

Water Shortages Will Limit Global Shale Gas Development – Businessweek

If all the world’s theoretically recoverable shale gas could be developed, our supply of clean-burning natural gas would expand 47 percent—lowering both greenhouse gas emissions and energy prices, according to estimates from the Washington-based World Resources Institute.

Shale drilling in China's Sichuan Province

The hitch is that the process for extracting shale gas, called hydraulic fracking, sucks up as much as 25 million liters (6.6 million gallons) of water for each well. A report from WRI (PDF), “Global Shale Gas Development: Water Availability and Business Risks,” released on Tuesday, shows that roughly 38 percent of the world’s shale gas and oil lies buried beneath water-stressed regions. This means that extraction efforts will be difficult and expensive, as well as economically and environmentally risky.

China has the world’s largest estimated deposits of shale gas (1,115 trillion cubic feet), according to studies by the U.S. Energy Information Administration. Yet China is also one of the world’s most naturally water-stressed nations: It is home to a fifth of the world’s population but only 7 percent of its freshwater resources. WRI’s team compared maps of China’s potential shale plays with available water and found that 61 percent of China’s shale lies in arid regions. (China recently slashed in half its mid-term projections for shale gas development, from a goal of over 60 billion cubic meters annually to 30 billion cm by 2020.)

via Water Shortages Will Limit Global Shale Gas Development – Businessweek.

09/08/2014

China’s Shale-Gas Production Target Cut in Half by Top Official – Businessweek

Tapping China’s vast shale-gas reserves has proved more difficult than government planners in Beijing once hoped. In 2012, China’s National Energy Administration projected that, by 2020, from 60 billion to 80 billion cubic meters (bcm) of domestic shale gas would be pumped annually. Earlier this week the country’s energy chief, Wu Xinxiong, slashed the goal in half, to 30 billion bcm by 2020.

A shale well at Fuling, owned by Sinopec, China's largest oil refiner, in Chongqing, southwest China on April 21

According to the U.S. Energy Information Administration, China’s holds the world’s largest reserves of theoretically recoverable shale gas. But much of it is locked in mountainous regions in western China.

While China’s leaders—concerned about steeply rising energy demand accompanying rapid urbanization—dearly want to emulate the U.S.’s shale-gas boom, it turns out Americans have several practical advantages. For starters, the U.S. shale-gas revolution kicked off in fairly accessible regions: the flatlands of Texas, North Dakota, and Pennsylvania.

So far, explorations in China have identified only one clearly promising shale play: Fuling shale gas field, near the western megalopolis of Chongqing. Sinopec, which controls the Fuling field, projects that its annual shale gas production will reach 5 bcm by 2015 and 10 bcm by 2017. (China trivia fact: Fuling was also the site of River Town, well-known journalist Peter Hessler’s first book chronicling his years as a Peace Corps volunteer in the then-small city on the Yangtze.)

With no other comparable sites yet identified, it’s not clear where the other 20 bcm may come from. While Sinopec is currently at the forefront of China’s shale-gas development, two foreign companies, Royal Dutch Shell (RDSA:LN) and Hess (HES), have secured production-sharing contracts for other potential sites.

via China’s Shale-Gas Production Target Cut in Half by Top Official – Businessweek.

22/04/2013

* China’s Shale-Gas Potential and Peril

Businessweek: “In China there’s a giddy feeling that the next energy gold rush is about to begin. Beneath the mountains of Sichuan province, the deserts of Xinjiang, and elsewhere, China contains twice the shale- gas reserves as the U.S., says the U.S. Energy Information Administration. China’s national planners enthusiastically back boosting natural gas production, which accounts for just 4 percent of the country’s total energy mix now. The government wants to double that share by 2015. “There’s a lot of exuberance,” says Zhou Xizhou, who leads the research firm IHS Cera’s China Energy practice. “In Beijing, if you work in energy, you probably receive a shale-gas conference notice every week.”

The impact of a shale-gas boom in China will be enormous, with the potential benefits and likely environmental costs perhaps even greater than in the U.S. So far, though, the output in China has been a trickle because of the challenging geography and the monopolistic structure of China’s oil and gas sector. While about 200,000 of the horizontal wells used in fracking have been drilled in the U.S., China has about 60. China has 1,275 trillion cubic feet of shale-gas reserves, compared with 637 trillion cubic feet for the U.S.

The U.S. shale-gas revolution was launched largely on the flatlands of Texas, North Dakota, Pennsylvania, and other accessible areas. In China’s mountainous Sichuan basin, “the formations seem to be more faulted and folded, which makes it more difficult and less economic to drill long horizontal well bores,” says Briana Mordick, an Oil & Gas Science Fellow at the Natural Resources Defense Council and formerly a geologist at Anadarko Petroleum.

Sometimes the Chinese must cut new mountainside roads to move trucks and equipment to remote sites. With higher upfront costs, “it will be significantly more challenging in China to make the wells pay for themselves,” Mordick says. “The technical learning curve is very steep. What works in one place may not work in another.“

The inflexible structure of China’s state-controlled oil and gas industry hampers efforts to exploit reserves. “In the U.S., it was not the oil and gas majors that started the shale boom” but rather small wildcat operators “willing to accept a high-risk, high-reward proposition,” says Melanie Hart, an analyst on energy policy and China at the Center for American Progress in Washington. “In a market system, you can have many small and large players all specializing in different pieces of the process.””

via China’s Shale-Gas Potential and Peril – Businessweek.

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