Wed 21 Mar 2007
China to develop energy forests the size of England
Posted by Dan Welch under Peakist , China , biofuelsChina is moving rapidly on the front of bioenergy, with important targets for green energy included in the People’s Republic’s new Five-Year-Plan. The Chinese government also sees investments in the sector as a way to boost the rural economy and to ease the growing social inequalities between wealthy urbanites and poor farmers . Small farmers are already beginning to reap some of the benefits of China’s transition to biofuels. Thanks to a path-breaking effort to develop fuels and energy from woody and oil bearing crops, the country has announced it will now plant biomass and biofuel forests on a very large scale to fuel its future. By 2010, China plans to develop an area the size of England, or 13 million hectares, with Jatropha curcas trees from which both liquid and solid biofuels can be extracted as a source of clean energy, according to the State Forestry Administration (SFA).
Jatropha, also known as the physic nut, is currently grown on around 2 million hectares across the country and produces non-edible oil for making candles and soap. Now, it will be the main ingredient in the production of biodiesel. The 13-million-hectare forest mostly spread over southern China is expected to produce nearly 6 million tons of biodiesel every year. Vehicles account for a third of all oil use in the country.
Green electricity
The jatropha trees can also provide wood fuel for a power plant with an installed capacity of 12 million kilowatts about two-thirds the capacity of the Three Gorges Dam project, the world’s biggest. This amount of bio-energy will account for 30 percent of the country’s renewable energy by 2010, according to the SFA. “This plan will not only help the country enlarge its green coverage (currently at about 130 million hectares) but also meet increasing demand for energy. And most importantly, it provides clean energy to meet the country’s target of sustainable development.” — Cao Qingyao, spokesman for China’s State Forestry Administration. Currently, the country relies mainly on fossil fuels for energy production.
To ease the pressure and reduce pollution and greenhouse gas emissions, a renewable energy target has been set: By 2010, it will make up 10 percent of the energy structure; and 16 percent by 2020: China National Petroleum Corporation, one of the country’s three energy giants, has started collaboration with the SFA to develop biofuel Jiang Jiemin, head of the corporation, said last month that the group would, by 2010, build a commercial production base with an annual capacity of 200,000 tons of biodiesel by planting more than 400,000 hectares of trees. China’s targets on how much biofuels the country will produce, remain somewhat unclear. Spokespersons for different ministerial departments often contradict each other. The latest figure was given by Shi Yanquan, deputy director of the Ministry of Agriculture’s department of science, technology and education, and it stands at replacing 10 million tons of oil by 2020.
Earlier, officials announced that China could save 100 million tons of coal by utilizing solid biomass waste streams from agriculture .
7 Responses to “China to develop energy forests the size of England”
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March 24th, 2007 at 3:31 am
It looks like Jatropha genes just became extremely well adapted to their environment…
Biodiesel Indian Style: Jatropha
India’s demand for fuel is growing very fast. The country has to import most of its oil and pay dearly for it. Last year 40 million tonnes of diesel were consumed. This year’s consumption is projected at 52 million tonnes. India’s approach to developing biodiesel appears, at least on the surface, to be refreshingly sustainable. It focuses on a non-food plant called jatropha that can grow just about anywhere including the poorest stony soils. Therefore it can be grown without being in competing with food crops. Moreover, a number of byproducts in addition to fuel can be produced from the plant. Private firms are lining up millions of dollars of investments in India for biodiesel production from the jatropha plant, with a new biofuels policy likely to be published soon. $452-565 million were known to have been invested, with actual investment probably much more.
This is just scratching the surface of the $6.5 billion needed over the next five years if India was to achieve its target of replacing 5 percent of diesel with biodiesel from jatropha. India has all the requisite credentials for going into biodiesel in a big way. More than a million hectares of land are under jatropha cultivation in nearly a dozen states, and the government’s rural development ministry plans to start cultivation on over 3 million hectares in the next five years to demonstrate its viability. The Jatropha plant is toxic, is not suitable for human consumption and therefore does not compete with soybeanoil or palmoil. Jatropha plants have a productive life of 30-35 years and can be maintained at small expense. Jatropha is a hardy plant which can grow on wasteland. It is seen as a good bet for India. India plans to replace around five percent of its current 40 million tons of annual diesel consumption with jatropha biodiesel within about five years and this would require around 11 million hectares under cultivation. The trains connecting Mumbai with New Delhi are running on diesel. But 15% of this diesel comes from the jatropha plants which grow along the tracks!
http://www.junomotherearth.com/enews/Juno%20Newsletter%20-%20February%202007%20L.P.pdf
March 27th, 2007 at 12:47 am
Monbiot: If we want to save the planet, we need a five-year freeze on biofuels
http://www.guardian.co.uk/commentisfree/story/0,,2043724,00.html
Fancy a sweepstake on when Monbiot goes nuclear? My money’s on 2022.
March 30th, 2007 at 4:22 pm
Just how perverse is this?
By Matthew Robinson - NEW YORK (Reuters) - Expectations of a bumper U.S. corn crop will keep diesel prices high this year as farmers rev up tractors and harvesters to meet rising demand for grain-based ethanol … “There has been strong diesel basis throughout the whole Midwest,” said John Gretzinger, energy risk manager for FC Stone. “It takes more diesel to plant corn than anything.” … The cost of transporting ethanol has also driven up diesel prices, as the fuel must be shipped by rail or truck rather than pipeline for blending reasons.
http://www.reuters.com/article/reutersEdge/idUSN3049541920070330
April 1st, 2007 at 2:06 am
That really gives the lie to whole US energy security thing - the real drivers for ethanol in the US are subsidisation of agribusiness and replacing MBTE.
April 1st, 2007 at 2:13 am
Clean power under our feet
* 27 January 2007 * From New Scientist
America can kick its addiction to fossil fuels by drilling more wells, says a panel of experts at the Massachusetts Institute of Technology. Not for oil, but to tap Earth’s heat.
Converting geothermal heat into electricity by pouring water onto hot rocks underground and using the steam to turn turbines is arguably the most promising - and renewable - source of “green” energy on the planet. So concludes the MIT experts’ report, released on Monday, which examines what geothermal energy could do for the US in the 21st century.
The 18-member panel calculated that there is more than enough extractable hydrothermal energy available to generate the entire 27 trillion kilowatt-hours of energy consumed in the US in 2005. In fact, a conservative estimate of the energy extractable from the hot rocks less than 10 kilometres beneath American soil suggests that this almost completely untapped energy resource could support US energy consumption, at its current clip, for more than two millennia to come.
Developing a new generation of geothermal plants is thus a top priority for tackling global warming, the panel says. “By any kind of calculation, this is an extremely large resource that is technically accessible to us right now,” says the study’s lead author, Jefferson Tester. “It doesn’t require new technology to get access to it. And there’s never going to be a limitation on our ability to expand this technology because of limits of the resource.”
From issue 2588 of New Scientist magazine, 27 January 2007, page 4
April 1st, 2007 at 2:31 am
MASSIVE DIVERSION OF U.S. GRAIN TO FUEL CARS IS RAISING WORLD FOOD PRICES Lester R. Brown
If you think you are spending more each week at the supermarket, you may be right. The escalating share of the U.S. grain harvest going to ethanol distilleries is driving up food prices worldwide.
Corn prices have doubled over the last year, wheat futures are trading at their highest level in 10 years, and rice prices are rising too. In addition, soybean futures have risen by half. A Bloomberg analysis notes that the soaring use of corn as the feedstock for fuel ethanol “is creating unintended consequences throughout the global food chain.”
http://www.earth-policy.org/Updates/2007/Update65.htm
April 1st, 2007 at 7:42 am
Señor Fidel Castro is upset about it.
http://countercurrents.org/castro010407.htm