Green groups: Keystone XL to increase tar sands production by 36 per cent

Major new report aims to give President Obama the evidence he needs to reject controversial pipeline

by James Murray, reposted from BusinessGreen, Aug 30, 2013

Tar sands in Canada

The Keystone XL pipeline would boost oil production from Canadian tar sands by at least 36 per cent leading to an inevitable increase in greenhouse gas emissions, according to a major new report from a coalition of US green NGOs.

The group of more than a dozen organisations, including the Sierra Club, 350.org, and Oil Change International, released the report yesterday in response to President Obama’s recent pledge that he would only approve the project if it “does not significantly exacerbate the problem of carbon pollution”.

Earlier this year, the State Department controversially ruled that the Keystone XL pipeline would not have a substantial impact on greenhouse gas emissions as the Alberta tar sands resources are likely to be exploited regardless of the construction of a pipeline linking the region to refineries on the Gulf of Mexico coast.

However, the report is now subject to review after the US Environment Agency and a host of green groups questioned its methodology and accuracy.

Environmental campaigners have long argued that the pipeline is critical to the development of the tar sands and as a result will lead to a significant increase in global greenhouse gas emissions.

Now the new report, entitled Fail: How the Keystone XL Tar Sands Pipeline Flunks the Climate Test, pulls together various oil industry and investor projections detailing how the pipeline is likely to lead to increased production and emissions. MORE

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Why Keystone Flunks the Climate Test

Assesing potential litigation against the tar sands industry and Canadian government for climate change

kivalina.jpg
You probably have not heard of this case. Yet some law firms think it is the most dangerous case in America today. You may not have heard of this case because the major news media is charged with being an un-named co-defendant. So news organizations might not want to call attention to themselves for having helped Exxon in a conspiracy to suppress global warming news and science. So it is possible that mainstream news coverage of this story would be lacking. -Richard Pauli

Kivalina v. Exxonmobil: A Comparative Case Comment

 

by Karine Péloffy

This article analyzes the recent appellate decision in the American case of Native Village of Kivalina v. ExxonMobil Corp., where an Inuk
village sued the largest greenhouse gas emitters in the country for contributing to the public nuisance of climate change which is endangering their village. It also explores the treatment of a similar hypothetical Canadian case in relation to the jurisprudence of the Supreme Courts of both countries. It comparatively focuses on the ability of climate change litigants to rely on the common law to access the courts and how jurisprudential trends have and can evolve to enable climate change governance in the face of political inaction.

The article has two main propositions.

First, Kivalina’s recent defeat, now confirmed by the Supreme Court of the United States, could herald the end of environmental common law in the United States despite the absence of legislative damages remedies for climate change
victims.

Second, Kivalina-type claims are prime to migrate north due to recent political and legislative changes at the federal level in Canada.
There, the differences in judicial treatment will likely have to do with the absence of applicable pre-existing legislation, the inexistence of federal common law over interprovincial pollution, obstacles to access to justice and additional constitutional grounds for such a lawsuit.

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Cultural Ecocide: Sweden’s Indigenous Sami in Fight Against Miners

By MALIN RISING and DAVID MAC DOUGALL reposted from ABC News, August 29, 2013

On a dirt road passing through sparkling lakes and spruce woods in the wilds of northern Sweden, a woman belonging to Europe’s only indigenous people — the Sami — chants a traditional, high-pitched tune.

Since the end of the last Ice Age, the Sami have wandered the vast landscapes of northern Europe, herding reindeer and nurturing a philosophy of harmony with nature. This time, however, the woman’s Joik — a Sami chant that involves gliding over notes without lyrics — has a desperate tone to it: Her voice trembles and grows into a scream as four policemen remove her from the road. She had been protesting a British mining company’s plans to open an open pit mine on ancient lands.

The woman is one of dozens of Sami and environmental activists who gathered recently on the site, setting up road blocks, burning bonfires and flying the Sami flag, with the aim to block the company from conducting test blasts near the town of Jokkmokk on the Arctic Circle.

The escalating conflict pits the Sami’s lifestyle and stunning mountain environment against job creation in an area suffering population decline. The dispute has largely divided the population of Jokkmokk, a town of 5,000 people, into two camps — with Sami and environmentalists on one side and non-Sami locals and entrepreneurs on the other. While the town looks peaceful on the surface, the two camps have hurled venom at each in social media, and some fear the rift could upset the calm in an area where Sami and other Swedes have lived peacefully together for centuries.

“I’m a Sami. And we are standing on Sami ground,” said Henrik Blind, who says the mine directly threatens reindeer herding, and likens the project to “colonization.” MORE

China Faces Big Water Crisis

By , reposted from the Epoch Times, Aug 29, 2013

This picture taken on Dec. 13, 2011, shows a woman collecting a sample of the red polluted water flowing from a sewer into the Jian River in Luoyang, north China's Henan Province. Water pollution is becoming an existential crisis for China. (STR/AFP/Getty Images)
This picture taken on Dec. 13, 2011, shows a woman collecting a sample of the red polluted water flowing from a sewer into the Jian River in Luoyang, north China’s Henan Province. Water pollution is becoming an existential crisis for China. (STR/AFP/Getty Images)

Can all those [formerly] pure rivers and green mountains ever be restored?

China’s rapid industrialization and urbanization along with over exploitation and abuse of natural resources has led to serious water pollution and water scarcity that is approaching crisis proportions.

A recently released annual environmental bulletin by China’s Ministry of Environmental Protection (MEP) reveals that over 30 percent of the country’s rivers and over 50 percent of groundwater are below national water quality standards. The continuing deterioration of water quality affecting people’s lives and health has become one of the most urgent existential crises for China.

Severity

In the first half of 2013, 12 state-controlled surface water monitoring stations revealed that heavy metal content at these sites surpassed national water quality standards by 22 times. Water samples taken from the Yangtze River and the Yellow River showed that mercury exceeded safe levels by 50 percent, followed by arsenic at 36.4 percent, according to a semiannual report by the MEP, released on Aug. 2.

Wastewater discharged nationwide in 2012 totaled 68.46 billion tons, according to the bulletin. Of the 1,200 rivers being monitored, 850 are contaminated, and over 90 percent of watersheds were contaminated. MORE

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Environmental woes give rise to “cancer villages” in China.

Study: Air pollution causes 200,000 early deaths in US.

 

Pilot Plant That Converts Carbon Dioxide into Bricks is a World First Read more: Pilot Plant That Converts Carbon Dioxide into Bricks is a World First

by , reposted from Inhabit, Aug 27, 2013

global warming, climate change, co2, carbon dioxide, the university of newcastle, australia, carbon capture, carbon sink, carbon sequestration, mci, greenmag group, orica, bricks, rocks, ian smith, mineral carbonation international, power plants, street pavement, construction material
Image via Shutterstock

A new pilot plant recently launched in Australia aims to combat global warming by converting carbon dioxide into bricks. The culmination of over six years’ effort by The University of Newcastle, the chemical company Orica, and GreenMag Group, the groundbreaking new facility could close carbon loops and divert the greenhouse gas from the atmosphere.

When it comes to global warming, human beings are stuck between a rock and a hard place. On one hand, greenhouse gasses are inevitably pumped into the atmosphere through industry, power generation, and natural processes. On the other, emissions that contribute to climate change destabilize the systems on which people rely to survive. This new facility will hopefully change that.

The plant will be located at The University of Newcastle, and Mineral Carbonation International (MCi) is expected to spend $9 million over a period of four years to establish the facility. The bricks can be used as construction materials, and they act as physical carbon sinks. Ian Smith, the chief executive of Orica, told ABC News that he believes the technology could be used by power plants across the world.

“So this would enable, not just us as a company, but all the coal fired power stations around the world to be retrofitted so they can capture their CO2 off-take. It’s an alternative solution. If you look at just storing it underground that only works in certain geological formations.This can work wherever those power stations are.”

Other applications include utilizing the rock for street pavement and green construction. With CO2 levels having reached over 400 parts per million this year, this type of technology is critical to slowing the trend of global warming. Fifty carbon capture plants around the world could potentially sequester over a billion tons of CO2 annually. SOURCE

Fortune Minerals (T.FT) and Tahltan First Nation tangle over Northern B.C. open-pit coal mine plans

New environmental process threatens Sacred Headwaters: Tahltan Central Council

by Elizabeth Walters, reposted from Stockhouse, Aug 23, 2013

The Tahltan First Nation and Fortune Minerals Ltd. (TSX: T.FT, Stock Forum) are at odds over plans to build an open-pit coal mine, which the company says could bring $10 billion in revenue, in the Sacred Headwaters of Northern British Columbia.

Tahtlan elders are protesting at the Fortune site by, among other things, holding drum circles near Fortune’s field camp twice a day.

When the project was first announced in 2005, local Tahtlan were split about the potential benefit of the mine, with 15 elders arrested during a blockade of the site. The Tahtlan have since united in opposition to the company plans.

In July, at the Band’s annual general meeting, the Tahtlan “made a resolution that they wanted to see the Sacred Headwaters protected,” said Annita McPhee, President of the Tahltan Central Council. “Last week our elders and our members gave Fortune Minerals an eviction notice and they asked them to leave the site and to stop their exploration activity.”

On August 17, after the eviction notice was served, Fortune representatives met with the Tahltan Central Council, and agreed to change helicopter routes that were alleged to have been disturbing traditional hunting grounds.

McPhee says the helicopter route changes did not resolve the situation, and that the Band intends to fight to protect the area.

“This project isn’t about economics for us, because we have lots of economic development in our territory,” said McPhee. “For Fortune, they have their investors and their shareholders, for us it’s our children.”

The company is moving forward with plans for an environmental assessment.
Read more at https://www.stockhouse.com/news/natural-resources/2013/08/23/fortune-minerals-(t-ft)-and-tahltan-first-nation-t#OtLOseWOWlxsYvwj.99

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B.C. issues contentious mineral-exploration permit in Clayoquot Sound

Fracking Boom Slouching Toward Bust

by Richard Heinberg reposted from Common Dreams, Aug 23, 2013

Stop me if you’ve heard this one. What’s an obscenity that starts with “f” and ends with “ck”?

Oh wait, sorry, this is supposed to be a serious article about fracking. That’s right, we’re talking about The Biggest Development in the energy world since the birth of the sun, the Revolution that is freeing America forever from bondage to oil imports.

But here’s the thing: though this revolution is only a few years old, it’s already losing steam. There are two big reasons why.

The first has to do with environmental problems that can’t be swept under the carpet any longer. The image of a homeowner lighting his tap water on fire in Josh Fox’s documentary film “Gasland” has become a cliché; still, for a while the industry was successfully able to argue that adverse impacts from fracking to water, air, soil, wildlife, livestock, and human health are negligible. Industry-funded studies declared the practice safe, and the EPA appeared to back them up.

Drilling companies tended to target economically depressed regions, where poverty forced most townsfolk to take whatever short-term jobs and production royalties were offered, while stuffing their concerns about nosebleeds, headaches, dying pets, intolerable noise, and tainted water. Meanwhile, citizens who suffered the worst health effects or property damage were led to sign non-disclosure agreements in order to receive settlement payoffs (including two children ages 7 and 10 who have been given lifetime bans from speaking about fracking), thus keeping their plight out of public view.

But the bad news just keeps leaking, like methane through a bad well casing. Former Mobil Oil VP Louis W. Allstadt, who spent his career running oil production operations and company mergers, now speaks on behalf of anti-fracking resistance groups, pointing to studies revealing that compromised casings (and resulting instances of water contamination) are far more common than the industry claims.

Meanwhile Los Angeles Times has uncovered documents showing that the EPA has systematically ignored evidence of environmental harms from fracking, choosing not to publicize or act on data collected by its own staff.

A few years ago fracking for shale gas or tight oil was still novel and confined to small regions, but now tens of thousands of wells have been drilled and millions of Americans have personal experience with the noise, truck traffic, fumes, and local political turmoil that seem inevitably to follow in fracking’s wake. Hundreds of anti-fracking citizen groups have formed, public sentiment is turning, and communities have begun seeking bans or moratoria on the practice. The industry is on the defensive: Wayne County, PA activists are currently celebrating the cancellation of 1500 drilling leases covering 100,000 acres of land.

Americans are being subjected to a massive PR assault attempting to persuade them that shale gas and tight oil have brightened America’s energy future. The problem? It’s simply not true.

New York State’s moratorium on fracking remains in effect, despite massive industry efforts to end it. Meanwhile the Colorado city of Longmont has voted to ban fracking altogether, and the State of Colorado is suing the city.

Fracking’s second problem is actually a bigger one, though less publicized: its production potential was over-sold. Everyone who pays attention to energy issues has heard that America has a hundred years or more of natural gas thanks to the application of fracking to shale reservoirs, and that the US is on track to out-produce Saudi Arabia now that oil is flowing from fracked fields in North Dakota and Texas. To most, the news at first sounded hopeful and reassuring. Yet as actual production numbers accumulate, it appears that claims made for fracking were simply too good to be true.

It turns out there are only a few “plays” or geological formations in the US from which shale gas is being produced; in virtually all of them, except the Marcellus (in Pennsylvania and West Virginia) ,production rates are already either in plateau or decline.

Why so soon? A major challenge bedeviling drillers is the high variability within shale plays. Each tight oil or shale gas-bearing geologic formation tends to be characterized by a small core area (usually a few counties) where production is profitable and plentiful, surrounded by a much larger region where per-well production rates are lower to start with and drop fast—often falling 60 percent during the first year. Given the expense of horizontal drilling and fracking, it’s hard to make money in non-core areas unless oil and gas prices are stratospheric. As the “sweet spots” get drilled to capacity, producers are being forced to the fringes, taking on more debt because sales of product don’t cover operating expenses.

With decline rates so high, promised production volumes are turning out to be so much hype. America’s hundred years of natural gas, heralded by President Obama as a national energy game-changer, actually amounts to a mere 24 years by official estimates, even less according to unofficial but well-informed calculations.

Oil analyst Rune Likvern says shale gas and tight oil suffer from the “Red Queen” syndrome, citing a character in Lewis Carroll’s Through the Looking Glass. In the story, the fictional Red Queen jogs along at top speed but never gets anywhere; as she tells Alice, “It takes all the running you can do, to keep in the same place.” Similarly, with worsening well decline rates, it will soon take all the drilling the industry can do just to keep production steady; then, as all the best drilling sites are exhausted, the Red Queen will start falling behind. Before 2020, shale gas and tight oil production will top out and start to decline. Americans will wonder what happened to the lavish economic benefits the industry promised.

Recently Shell took a $2 billion write-down on its liquids-rich shale assets in North America. While no details were released, it’s likely the company was simply acknowledging the unprofitability of leases in non-core regions, purchased back when shale plays were being advertised as “manufacturing operations” in which companies could successfully sink a drill bit virtually anywhere.

The oil industry itself is starting to learn that the shale revolution just ain’t all it was fracked up to be.

Despite continuing profits, the oil-and-gas industry as a whole appears to have entered its sunset years. Major oil companies have seen production decline by over 25% in the last decade. Both the number of wells drilled and the amount of inflation-adjusted capital invested in exploration and production have doubled, with negligible results. Raymond Pierrehumbert, Professor of Geophysical Sciences at the University of Chicago, recently summarized the situation with crystalline brevity: “Oil production technology is giving us ever more expensive oil with ever-diminishing returns for the ever-increasing effort that needs to be invested.”

Which brings us to the bottom line. Americans are being subjected to a massive PR assault attempting to persuade them that shale gas and tight oil have brightened America’s energy future. What has really changed is the nation’s energy conversation: until recently, it was about how we should reduce our dependency on depleting, climate-changing fossil fuels. Now our “conversation” has become a one-sided harangue about the energy, jobs, and tax revenues the industry insists will flow from fracking from now ’til kingdom come, and how these outweigh environmental concerns.

The data do not support these claims. Therefore it is critically important that we return America’s energy focus to the most critical imperative of our time—the necessary and inevitable transition away from our current dependence on fossil fuels.

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