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Greenhouse gas emissions from biofuels such as palm oil, soybean and rapeseed are higher than those for fossil fuels when the effects of Indirect Land Use Change (ILUC) are counted, according to leaked EU data seen by EurActiv. The default values assigned to the biofuels compare to those from Canada's oil sands - also known as tar sands - according to the figures, which should be released along with long-awaited legislative proposals on biofuels in the spring. A spokesperson for the European Commission said she could "not comment on leaked documents, such as impact assessments which have not been published."
Greenhouse gas emissions from biofuels such as palm oil, soybean and rapeseed are higher than those for fossil fuels when the effects of Indirect Land Use Change (ILUC) are counted, according to leaked EU data seen by EurActiv.
The default values assigned to the biofuels compare to those from Canada's oil sands - also known as tar sands - according to the figures, which should be released along with long-awaited legislative proposals on biofuels in the spring.
A spokesperson for the European Commission said she could "not comment on leaked documents, such as impact assessments which have not been published."
The Hiriko automobile, which was conceived at the Massachusetts Institute of Technology in the United States, but built in Spain's Basque country, was finally unveiled at European Union headquarters in Brussels this week. Hiriko, which is the Basque word for "city" or "urban," aims to revolutionize automobile design for those tight European street and parking spaces. For decades, European car models like the Fiat 500 and the Mini have tread in this territory before, but the Hiriko actually folds up into itself vertically, like a baby stroller. As a result, when compacted, the car only takes up one-third the parking are of a Smart car.
The Hiriko automobile, which was conceived at the Massachusetts Institute of Technology in the United States, but built in Spain's Basque country, was finally unveiled at European Union headquarters in Brussels this week.
Hiriko, which is the Basque word for "city" or "urban," aims to revolutionize automobile design for those tight European street and parking spaces.
For decades, European car models like the Fiat 500 and the Mini have tread in this territory before, but the Hiriko actually folds up into itself vertically, like a baby stroller. As a result, when compacted, the car only takes up one-third the parking are of a Smart car.
Last year, the Japanese government ordered the nuclear authorities to conduct tests on all Japan's reactors after the 11 March meltdown at Fukushima Daiichi raised questions about the safety of nuclear power, particularly in a country prone to earthquakes and tsunami....Currently only three of Japan's 54 reactors - just over 6% of its total nuclear capacity - are in operation after the Fukushima accident forced the closure of active reactors for safety checks. The latest closure came on Friday when a reactor at a plant near the Japan Sea was shut down for inspection.Without approval for restarts, all Japan's reactors could all be shut by the end of April, boosting the use of fossil fuels and adding more than $30bn (£19bn) a year to energy costs, according to a government estimate....But Masashi Goto, a former nuclear power plant designer, said the stress tests at Ohi and elsewhere were next to useless....Hiromitsu Ino, an emeritus professor at Tokyo University and a fellow member of the nuclear safety agency advisory panel, said the tests were flawed because they had been introduced before the full facts of the Fukushima disaster were known.
Last year, the Japanese government ordered the nuclear authorities to conduct tests on all Japan's reactors after the 11 March meltdown at Fukushima Daiichi raised questions about the safety of nuclear power, particularly in a country prone to earthquakes and tsunami.
...Currently only three of Japan's 54 reactors - just over 6% of its total nuclear capacity - are in operation after the Fukushima accident forced the closure of active reactors for safety checks. The latest closure came on Friday when a reactor at a plant near the Japan Sea was shut down for inspection.
Without approval for restarts, all Japan's reactors could all be shut by the end of April, boosting the use of fossil fuels and adding more than $30bn (£19bn) a year to energy costs, according to a government estimate.
...But Masashi Goto, a former nuclear power plant designer, said the stress tests at Ohi and elsewhere were next to useless.
...Hiromitsu Ino, an emeritus professor at Tokyo University and a fellow member of the nuclear safety agency advisory panel, said the tests were flawed because they had been introduced before the full facts of the Fukushima disaster were known.
just stick all the reactors in it. Better output per square mile.
Until the next earthquake or tsunami, when it could all go boom again.
what could possibly go wrong?
one should also certainly avoid sullying the majestic grandeur of nuke plants with 'silly' solar panels, too.
anyone believing otherwise has been indubitably brainwashed by greenpeace...
hello? 'The history of public debt is full of irony. It rarely follows our ideas of order and justice.' Thomas Piketty
...if you are going to treat it as a sacrifice zone...
When you've written your diary about the two weeks you spent camping in the Chernobyl exclusion zone, you can begin to comment about the safe millennia of such a fine Japanese industrial park.
PS. Better if you wait a few decades for the Japanese water table data to come in. "Life shrinks or expands in proportion to one's courage." - Anaïs Nin
That something does not fit our prejudice does not make it laughable necessarily -and it does seem from scientific studies that fantasies about Chernobyl are way overblown. It may well be indeed that building in Fukushima would not be unthinkable (plus robots could probably do quite a lot of the work).
On the other hand, I would find it rather strange to react to the demonstration that the Fukushima area is highly vulnerable to a tsunami by building a concentration of reactors there. Earth provides enough to satisfy every man's need, but not every man's greed. Gandhi
Or ignoring oppositional statistics. "Life shrinks or expands in proportion to one's courage." - Anaïs Nin
As an example: it has been widely reported that there are cancer clusters near some german nuclear power stations. Note that these power stations have been monitored by continious use of geiger counters for their entire operating lives, and have never released any radiation to the public. So why are there cancer clusters near them? Because they got built in century+ old industrial zones, and chemical toxins work just fine for causing cancers. Blaming the cancers on a cause that is logically and physically impossible just means that the true cause goes undetected. Similarily, public health in the FSU has had one hell of a crisis. It was, and is a real crisis, those people are really ill, a lot of people actually died. The step where I get off the train is where all of that gets assumed to be due to chernobyl in an enviorment which is deeply polluted by any metric, has an ongoing epidemic of alchoholism and a severe collapse of the economy and health services.
The german cancer clusters cannot be attributed to the nuke plants because there is no possible causal link at all. Splitting atoms dont cause people to just spontaniously get cancer in an x kilometer radius, actual radiation has to hit actual cells. I dont know what the actual cause is, but I am quite confident that it is worth the time to look. Germany has been industrial for a long time, and the early industrialization very frequently disposed of toxins in extremely irresponsible ways.
my dearest friend lost her father (a nuclear engineer) to thymus cancer when she was 12 and he was in his thirties. she remembers him telling her how rules and safety measures were routinely abused, dodged and flouted by employees.
perhaps it is better now, and this is hearsay.
humans are not very good at following rules 100% of the time, and the risks of nuclear electricity generation do not allow slack or play.
Vivian Norris: Here Comes the Sun: Tunisia to Energize Europe
TuNur will benefit Tunisia by creating jobs and spurring investments in local education to aid the long term management of the plants after 2016... With this important first step, we are showing the world's governments, industries and consumers that what many thought to be science fiction is actually science fact. We hope that this is the first of many more such plants to be built in the desert regions of the world. This week in Tunis, the birthplace of the Arab Spring, saw visits from the likes of Google's Eric Schmidt and the IMF's Christine Lagarde, as local members of civil society from Tunisia, members of both the traditional and renewable energy private sector, young business leaders, diplomats, NGOs focused on Green issues, and journalists, primarily from Africa and the Arab world, gathered to discuss the TuNur project and exchange ideas about how North Africa can look towards a stronger more stable economic future through true win-win collaborations. If the disturbing story of how one Tunisian citizen lost hope, his economic livelihood destroyed and his family's future placed in peril, can serve as a lesson to what would best help the region, i.e. economic opportunity and growth, then may the memories of the martyrs of the Tunisian revolution live on through a better future for Tunisia and its people. Through utilizing local partners and management to develop the project, setting up new manufacturing industries (for example for the flat plate mirrors needed by TuNur), economic growth is assured. Up to five years of construction translating as up to 20,000, as well as hundreds of long term jobs and revenues for local governments, this North-South collaboration is not only needed but should be encouraged and replicated around the world.
TuNur will benefit Tunisia by creating jobs and spurring investments in local education to aid the long term management of the plants after 2016... With this important first step, we are showing the world's governments, industries and consumers that what many thought to be science fiction is actually science fact. We hope that this is the first of many more such plants to be built in the desert regions of the world.
This week in Tunis, the birthplace of the Arab Spring, saw visits from the likes of Google's Eric Schmidt and the IMF's Christine Lagarde, as local members of civil society from Tunisia, members of both the traditional and renewable energy private sector, young business leaders, diplomats, NGOs focused on Green issues, and journalists, primarily from Africa and the Arab world, gathered to discuss the TuNur project and exchange ideas about how North Africa can look towards a stronger more stable economic future through true win-win collaborations.
If the disturbing story of how one Tunisian citizen lost hope, his economic livelihood destroyed and his family's future placed in peril, can serve as a lesson to what would best help the region, i.e. economic opportunity and growth, then may the memories of the martyrs of the Tunisian revolution live on through a better future for Tunisia and its people. Through utilizing local partners and management to develop the project, setting up new manufacturing industries (for example for the flat plate mirrors needed by TuNur), economic growth is assured. Up to five years of construction translating as up to 20,000, as well as hundreds of long term jobs and revenues for local governments, this North-South collaboration is not only needed but should be encouraged and replicated around the world.
why not go with the flow, and quit touting tech that can lay waste to all that makes life worth living?
methinks your faith is wildly misplaced, notwithstanding your excellent communication skills and marshalling of factoids to support your arguments.
your growing appreciation for the possibilities of other methodologies is noted, happily. 'The history of public debt is full of irony. It rarely follows our ideas of order and justice.' Thomas Piketty
German nukes weren't built in places where we can expect toxins to have been dumped. Look on a map: they were built in rural areas.
Your theory depends on the information from the power stations being correct. The text you put in bold. Implicitly you say that the industry can be trusted to inform us correctly about radiation and radioactive particles being set free. Really, Thomas, isn't that naïve? Melo has already pointed that out.
As to the impact of Chernobyl, I recommend you look at all data about deaths and anomalies of newborn babies of that period, and all over Europe. There are enough data.
As to rural dumping, I live 30 klicks from a major remediation project. - a plantation that was established in 1860 to limit sand dune migration, and used to dump waste from paint production in 1920s. Utterly poisonous to this day, and picked as a dump site because it was not near people, and that was the height of enviormentally responsible thought back then. Germany industrialized earlier, is a world center of chemical industry, and fought two world wars (Which was not good for record keeping! or responsible industry during). The first instinct when you see a spike in cancers anywhere in germany really should not be to blame the nearst reactor. It should be to test the soil and water. There is probably something there, and that means it might well be fixable.
Man, you are four years behind this news... *Lunatic*, n. One whose delusions are out of fashion.
The U.S. wind industry installed just over 6,810 megawatts (MW) in 2011, 31 percent higher than 2010, and has more than 8,300 MW under construction, setting the stage for a strong 2012.While California topped the list for megawatts installed in 2011 with 921, Illinois also had a very strong 2011, coming in with the second most megawatts installed for the year and rising to #4 on the overall list. Other traditional stalwarts like Iowa, Minnesota and Oklahoma rounded out the top five. Ohio came in as the fastest growing wind power state in 2011 with 101 megawatts installed leading to a more than 900% growth rate. Meanwhile, South Dakota joined Iowa as the states receiving the highest percentage of their electricity from wind with 20%. Overall, 30 states brought wind projects online in 2011 and construction is ongoing for 2012 projects in 31 states including the first wind projects in Nevada, Connecticut and Puerto Rico.
While California topped the list for megawatts installed in 2011 with 921, Illinois also had a very strong 2011, coming in with the second most megawatts installed for the year and rising to #4 on the overall list. Other traditional stalwarts like Iowa, Minnesota and Oklahoma rounded out the top five. Ohio came in as the fastest growing wind power state in 2011 with 101 megawatts installed leading to a more than 900% growth rate. Meanwhile, South Dakota joined Iowa as the states receiving the highest percentage of their electricity from wind with 20%. Overall, 30 states brought wind projects online in 2011 and construction is ongoing for 2012 projects in 31 states including the first wind projects in Nevada, Connecticut and Puerto Rico.
Today divers at one of Germany's offshore projects found the body of a missing worker at the base of foundation pile. The 31 year old worker was one of two who plunged into the sea during a construction accident, the other quickly rescued. This is to underscore that offshore wind involves very heavy machinery and vessels, in a complex operation, which in terms of scale during construction is like offshore oil and gas. Condolences to a brave worker.
The AWEA release underscores the negative effect of fracking on the wind industry. While the figures of 6.8 gigawatts installed are an increase over the 5.1 gigs installed in 2010, this should be compared to the 10+ gigs installed in 2009. The 2011 figures also reflect the last year of the DoE's Cash Grants Program, or it would have been even lower. Underneath the news is the poor financial state of the industry, due to the severe drop in turbine prices undercutting margins, for companies across the board.
In Germany, because of a change of European statistics, some 10% of 20010 installations were moved to 2011 when they were grid-connected. For the first times, there began to be significant growth in the south, in Bavaria and Rheinland-Pfalz with 165 and 258 MWs respectively. But onshore is not pushed hard enough here yet, though repowering is beginning to take hold.
More importantly, several of the northern states reached into the high 40's % of electrical demand met. Sachsen-Anhalt, Brandenberg, Schleswig-Holstein and Mecklenburg-Vorpommern were all between 48% and 46% of annual net demand. The very populous state of Lower Saxony hit 25% of demand.
The city-state of Bremen even has a cumulative capacity of 141 MWs, within the city limits, equating to 4.7% of electrical demand. For A City!
Germany in total now has some 29 gigs, compared to 40 gigs for amurka. There are 200 MWs offshore in Germany. The average turbine installed this year was 2.24 MWs, and a quarter of all turbines had rotor diameters greater than 90 meters. Enercon had nearly 60% market share.
"Life shrinks or expands in proportion to one's courage." - Anaïs Nin
Regarding off-shore wind, what level of installations do you expect this year and the next? When can annual installations get into the GW territory? *Lunatic*, n. One whose delusions are out of fashion.
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