A Convenient Excuse – News Features

A Convenient Excuse – News Features.

A Convenient Excuse

By WEN STEPHENSON  |  November 5, 2012 



Read more: http://thephoenix.com/boston/news/146647-convenient-excuse/#ixzz2li1BdPNd

Anthropogenic emissions of methane in the United States

Anthropogenic emissions of methane in the United States

Significance

Successful regulation of greenhouse gas emissions requires knowledge of current methane emission sources. Existing state regulations in California and Massachusetts require ∼15% greenhouse gas emissions reductions from current levels by 2020. However, government estimates for total US methane emissions may be biased by 50%, and estimates of individual source sectors are even more uncertain. This study uses atmospheric methane observations to reduce this level of uncertainty. We find greenhouse gas emissions from agriculture and fossil fuel extraction and processing (i.e., oil and/or natural gas) are likely a factor of two or greater than cited in existing studies. Effective national and state greenhouse gas reduction strategies may be difficult to develop without appropriate estimates of methane emissions from these source sectors.

Commentary on the study:

Bridge Out: Bombshell Study Finds Methane Emissions From Natural Gas Production Far Higher Than EPA Estimates | ThinkProgress.

Huffington Post coverage:

NY Times coverage:

Harvard University Press Release:

Link to Study:

Anthropogenic emissions of methane in the United States

http://www.pnas.org/content/early/2013/11/20/1314392110.abstract

Fossil Fuel Collateral Damage – The Great Energy Challenge

Fossil Fuel Collateral Damage – The Great Energy Challenge.

Gangplank to a Warm Future – Dr. Ingraffea. NYTimes.com

Gangplank to a Warm Future – NYTimes.com.

OP-ED CONTRIBUTOR

<nyt_headline version=”1.0″ type=” “>Gangplank to a Warm Future

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By ANTHONY R. INGRAFFEA
Published: July 28, 2013 149 Comments

ITHACA, N.Y. — MANY concerned about climate change, including President Obama, have embraced hydraulic fracturing for natural gas. In his recent climate speech, the president went so far as to lump gas with renewables as “clean energy.”

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As a longtime oil and gas engineer who helped develop shale fracking techniques for the Energy Department, I can assure you that this gas is not “clean.” Because of leaks of methane, the main component of natural gas, the gas extracted from shale deposits is not a “bridge” to a renewable energy future — it’s a gangplank to more warming and away from clean energy investments.

Methane is a far more powerful greenhouse gas than carbon dioxide, though it doesn’t last nearly as long in the atmosphere. Still, over a 20-year period, one pound of it traps as much heat as at least 72 pounds of carbon dioxide. Its potency declines, but even after a century, it is at least 25 times as powerful as carbon dioxide. When burned, natural gas emits half the carbon dioxide of coal, but methane leakage eviscerates this advantage because of its heat-trapping power.

And methane is leaking, though there is significant uncertainty over the rate. But recent measurements by the National Oceanic and Atmospheric Administration at gas and oil fields in California, Colorado and Utah found leakage rates of 2.3 percent to 17 percent of annual production, in the range my colleagues at Cornell and I predicted some years ago. This is the gas that is released into the atmosphere unburned as part of the hydraulic fracturing process, and also from pipelines, compressors and processing units. Those findings raise questions about what is happening elsewhere. The Environmental Protection Agency has issued new rules to reduce these emissions, but the rules don’t take effect until 2015, and apply only to new wells.

A 2011 study from the National Center for Atmospheric Research concluded that unless leaks can be kept below 2 percent, gas lacks any climate advantage over coal. And astudy released this May by Climate Central, a group of scientists and journalists studying climate change, concluded that the 50 percent climate advantage of natural gas over coal is unlikely to be achieved over the next three to four decades. Unfortunately, we don’t have that long to address climate change — the next two decades are crucial.

To its credit, the president’s plan recognizes that “curbing emissions of methane is critical.” However, the release of unburned gas in the production process is not the only problem. Gas and oil wells that lose their structural integrity also leak methane and other contaminants outside their casings and into the atmosphere and water wells. Multiple industry studies show that about 5 percent of all oil and gas wells leak immediately because of integrity issues, with increasing rates of leakage over time. With hundreds of thousands of new wells expected, this problem is neither negligible nor preventable with current technology.

Why do so many wells leak this way? Pressures under the earth, temperature changes, ground movement from the drilling of nearby wells and shrinkage crack and damage the thin layer of brittle cement that is supposed to seal the wells. And getting the cement perfect as the drilling goes horizontally into shale is extremely challenging. Once the cement is damaged, repairing it thousands of feet underground is expensive and often unsuccessful. The gas and oil industries have been trying to solve this problem for decades.

The scientific community has been waiting for better data from the E.P.A. to assess the extent of the water contamination problem. That is why it is so discouraging that, in the face of industry complaints, the E.P.A. reportedly has closed or backed away from several investigations into the problem. Perhaps a full E.P.A. study of hydraulic fracturing and drinking water, due in 2014, will be more forthcoming. In addition, drafts of an Energy Department study suggest that there are huge problems finding enough water for fracturing future wells. The president should not include this technology in his energy policy until these studies are complete.

We have renewable wind, water, solar and energy-efficiency technology options now. We can scale these quickly and affordably, creating economic growth, jobs and a truly clean energy future to address climate change. Political will is the missing ingredient. Meaningful carbon reduction is impossible so long as the fossil fuel industry is allowed so much influence over our energy policies and regulatory agencies. Policy makers need to listen to the voices of independent scientists while there is still time.

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Anthony R. Ingraffea is a professor of civil and environmental engineering at Cornell University and the president of Physicians, Scientists and Engineers for Healthy Energy, a nonprofit group.

Improve Your World: No Fracking, Yes Renewable Energy – Steingraber at ESF commencement

Improve Your World: No Fracking, Yes Renewable Energy – EcoWatch: Cutting Edge Environmental News Service.

What kind of alternative energy future does New York have? Robert W. Howarth, Ph.D. Biogeochemistry weighs in.

www.wcny.org/thecapitolpressroomorg/wp-content/uploads/MAR122013.MP3.

What kind of alternative energy future does New York have?  Robert W. Howarth, Ph.D., the David R. Atkinson Professor of Ecology and Environmental Biology at Cornell University & Founding Editor, Biogeochemistry weighs in. 

Meditation on the Planet

http://www.youtube.com/watch?v=nGeXdv-uPaw

She’s Alive… Beautiful… Finite… Hurting… Worth Dying for.

Economist Debates: Fracking: Guest-Josh Fox

Economist Debates: Fracking: Guest.

Josh Fox
Featured guest
Josh Fox  

Do the benefits of shale gas outweigh the drawbacks? I think that “benefits” and “drawbacks” are the wrong terms. I would question the idea that there are any benefits to be had at all, and I think using the word “drawbacks” to describe the absolute horror that results from shale-gas development is an understatement indeed. Be that as it may, let’s assess. The gas industry has argued that the benefits include: cheap energy; energy independence for America and parts of Europe; better implications for climate change than coal; jobs. The opposition argues that the drawbacks are: a vast fossil-fuel development that will push us to the brink of runaway climate change; permanent and widespread water contamination; a huge upswing in air pollution; a burgeoning public-health crisis; the destruction of the national landscape; damage to democratic institutions through billions spent in lobbying; and, of the utmost importance, delaying the global transition to the renewable energy sources that are available right now and are fully capable of providing truly clean energy forever. Regarding the benefits, it is clear that each of the goals that the gas industry puts forward can be achieved in other, better ways. However, there are no substitutes for the things that will be damaged by the drawbacks. There is no other planet we can inhabit if we tank the climate. Rising sea levels, increased drought, massive floods and brushfires—all of which we are witnessing right now—will increase to a point where we will have created a situation that reduces civilisation to permanent emergency management.

I guess one could say that there are initial benefits to burning your furniture to heat your house. For a short while you save money on other fuels and you heat your home. However, the long-term “drawbacks” are that you have a very uncomfortable house once you’ve finished with your supply. You‘ve been so busy chopping up the sofa, your grandmother’s picture frames and your children’s toys that you haven’t developed an alternative strategy to heat your home for the future. If your sofa is, say, the national forest or the Delaware River Basin or the Rockies, and your grandmother’s picture frames are your democracy, and your children’s toys are clean water and air, that’s a bad house to live in.

1. Shale gas is the worst form of fuel that can be developed with respect to greenhouse-gas emissions in the short term 

Estimates vary but it is clear that between 4% and 9% of methane—enormous quantities of methane—from fracking escapes into the atmosphere. Methane is 105 times more potent at trapping heat than CO2 in the 20-year time frame. Combine this with the CO2 generated from burning the gas itself, and you get emissions higher than any other fossil fuel over a 20-year time frame. A conversion to shale gas means accelerating global climate change, not slowing it down.

2. Water contamination: leakage is not rare, it is rampant

For a video explication of this issue, please take a look at my short film, “The Sky is Pink“.

We’ve heard time again that strict regulation is the key to moving forward on fracking and that new regulations will ensure that the industry constructs leak-proof wells. There is no such thing as a leak-proof gas well. The gas industry knows this; in fact, it has known it for decades.

The part of the gas well that it is relying on to protect groundwater is simply cement; a 1-inch thick layer between the steel casing and the surrounding rock. When the cement fails, it opens a pathway for gas and other toxins involved in the drilling and fracking process to migrate into groundwater and to the surface.

The gas industry’s own documents and case studies show that about 6% of cement jobs fail immediately upon installation. Pennsylvania’s Department of Environmental Protection bears this out: it found 6.2% of new gas wells were leaking in 2010, 6.2% in 2011 and 7.2% in 2012.

The gas industry has been studying the problem for decades, and knows it full well. In a report entitled “Well Integrity Failure Presentation”, Archer, a drilling service company, reports that nearly 20% of all oil and gas wells are leaking worldwide. A 2003 joint industry publication from Schlumberger, the world’s number one fracking company, and ConocoPhillips, an oil and gas giant, cites astronomical failure rates of 60% over a 30-year span.

3. Air pollution

In 2009, the 7,700 frack sites in the Dallas, TX, metro area (there are now more than 15,000) were pumping out the equivalent smog and CO2 emissions of all traffic in the entire Dallas/Fort Worth metroplex combined. In Pennsylvania, the industry goal is 100,000-200,000 frack sites, or another 10-20 DFW’s worth of emissions, in one state alone. Crazy.

4. Land destruction is ongoing, including public treasures

Large swathes of public parklands and forests have been handed over for drilling, creating unprecedented destruction of plants, animals, habitats and natural beauty. We estimate that the “shale gas revolution”, if fully pursued, will result in 1m-2m new wells in America alone. That is one well, at the high end, per 150 people. I hate to say something so simple, but that’s just insane.

5. A health crisis

There is a burgeoning health crisis related to chemical and hydrocarbon exposure in residential areas and chronic exposure to hazardous air pollution from drilling. Volatile organic compounds released on the sites include cancer-causing benzene and other carcinogens. Ailments from asthma to cancer to neurological disorders have been reported both anecdotally and in initial public health assessments (see Colorado School of Public Health’s HIA 2010).

6. Democracy and your voice are at risk

Oil and gas companies spent $747m lobbying congress to be exempted from the Safe Drinking Water Act. Their lobbying expenditures and contributions in election cycles of hundreds of millions more mean that the fossil-fuel industries are literally spending billions of dollars to corrupt our democracy. Citizens don’t often have billions of dollars to speak for them. 

So on to the so-called “benefits”.

1. Jobs

Barack Obama famously touted that there are 600,000 jobs to be had in the fracking industry by the end of the decade. But his former “Green Jobs Czar”, Anthony Van Jones, was quick to point out that the Brookings Institute (not some left-wing think-tank) stated there are vastly more green jobs to be cultivated right now—millions more. If we move towards shale gas full tilt, we will stall the drive to truly clean energy and the long-term jobs it will provide. Should we sell out a true new jobs market for a shrinking pot of jobs in the polycarbon industry?

2. Energy independence

True energy independence does not mean continuing to be dependent on multinational fossil-fuel giants. Renewable energy provides true independence from our fossil-fuel-addicted past. (See Mark Jacobson’slandmark article on the front page of Scientific American, which outlines how renewables can run the planet.) 

3. Cheap energy

Considering all the real costs, fracking for shale gas cannot be considered cheap. The industry externalises the real cost onto the landscape, our water and air and the citizenry. For example, in Dimock, PA, the cost of a water line to replace water contaminated by drilling for just 18 families was $12m. Multiply these figures by millions of wells and the damage is in the trillions in just the Marcellus Shale alone.

Conclusion

So what is this really? The last gasp of the fossil-fuel era, an attempt to keep us addicted to poisonous fuels when the real clean green economy is waiting for democracy to reassert itself. Shale gas is long-term ruin for the many at the expense of short-term gain for the few.

‘Exxon Hates Your Children’ Ad To Air On Fox News Around State Of The Union (VIDEO)

‘Exxon Hates Your Children’ Ad To Air On Fox News Around State Of The Union (VIDEO).

Al Gore Pt. 1 – The Daily Show with Jon Stewart – 01/30/13 – Video Clip | Comedy Central

Al Gore Pt. 1 – The Daily Show with Jon Stewart – 01/30/13 – Video Clip | Comedy Central.