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What the frack is going on here?

Tuesday, October 4th, 2011 at 2:13 PM

What the frack is going on here?
Hydraulic fracturing opponents misrepresent facts to protect their ideologies and agendas.
By Paul Driessen

AmmoLand Gun News

AmmoLand Gun News

Washington, DC –-(Ammoland.com)- Hydraulic fracturing sends “huge volumes of toxic fluids” deep underground at high pressure, to fracture shale rock and release natural gas, Food & Water Watch claims.

“Billions of gallons of toxic fluids” will “contaminate” groundwater and drinking water “for generations.” We need to “Ban Fracking Now.”

Environmentalists used to support “clean natural gas.” Whence the intolerant new attitude?

Oil companies have been using hydraulic fracturing for 60 years to get the most petroleum possible from grudging rock formations deep beneath the Earth. A few years ago, Mitchell Energy and others combined HF with horizontal drilling to tap into hydrocarbon-rich shale deposits that previously refused to surrender their energy riches. Countless fracking operations later, the results have been spectacular.

Tapping the Marcellus, Bakken, Barnett, Haynesville and other formations has created jobs, generated revenues and rejuvenated moribund industries in many states that have shale deposits or manufacture the fluids, pipes and other equipment used in these operations. US natural gas production and estimated reserves have soared, and wellhead prices have dropped from $11 per thousand cubic feet in 2008 to $4 today. Canada is actively drilling, while Poland and Britain are evaluating early exploration results.

The Fort Worth Chamber says fracking supports 110,000 direct and secondary jobs in the region and added billions in property and sales tax revenues. Loren C. Scott & Associates calculates that shale drilling has added $11 billion to Louisiana’s economy. Pennsylvania’s Labor and Industry Department reports that HF has already generated 72,000 jobs and $1.4 billion in state tax revenues, and could bring another $20 billion by 2020. West Virginia and North Dakota report similar success.

Soaring supplies and plummeting prices have persuaded Dow, Shell, Sasol, Ormet and other companies to open, reopen or expand plants to produce ethylene, petrochemicals, aluminum – and more jobs.

That’s excellent energy and economic news, at a time when we sure could use a little good news.

Certainly, with all this activity going on – much of it in states that haven’t seen much drilling in decades, if ever – there is a clear need for regulations and oversight. We need to ensure that drilling and fracking are done properly, and chemicals are handled, disposed of and recycled correctly, to prevent harm to human health, wildlife habitats and environmental quality. While most shale gas deposits are thousands of feet below groundwater aquifers and drinking water supplies, we need to ensure that well casings are properly installed and cemented, so that there is no danger of contamination.

But ban hydraulic fracturing – and abandon these revenues and jobs? What the frack is going on here?
Think about it. This is free enterprise in action. It pays its own way. It doesn’t need subsidies, mandates, tariffs, or bureaucrats and politicians deciding which companies and industries win or lose. HF generates real, sustainable jobs, plus significant tax and royalty revenue, right here in America. It provides energy that works 24/7/365 … and is far cheaper than land-hungry wind turbine and solar panel installations. In fact, the shale gas revolution is making it even harder to justify these “renewable energy alternatives.”

Natural gas, specifically shale gas, is essential for powering backup generators for unreliable wind and solar installations. However, low gas prices make wind and solar even less competitive. The better solution is just to go with gas, coal and nuclear for electricity generation, and forget about expensive, eco-unfriendly, subsidy-dependent, crony capitalist wind and solar.

HF also demolishes the “peak oil and gas” mantra that we are rapidly running out of hydrocarbon energy. It again demonstrates that geologist Wallace Pratt was right. “Oil is first found in the minds of men.” Once companies devised new ways to extract shale gas bounties, vast new reserves became available.

Today, in reality, the only reason we might run out of energy is that government won’t let us drill.

People want and need reliable, affordable power. Many environmentalists support Paul Ehrlich’s opposite sentiment, that “giving society cheap energy is like giving an idiot child a machine gun.”

No wonder unrepentant fossil fuel haters are going ballistic over fracking.

The rest of us just want honest answers, carefully conducted drilling, fracking and production operations – and the benefits that come with them. Thankfully, the facts are relatively easy to find.

The Wall Street Journal laid many out clearly and forcefully in a June 2011 editorial, “The facts about fracking: The real risks of the shale gas revolution and how to manage them.” Whether it’s cancer, drinking water contamination, toxic or radioactive chemicals, earthquakes or regulations – the truth is miles from the misrepresentations, hysteria and fear-mongering propagated by Food & Water Watch and similar groups.

People who want to know how hydraulic fracturing is actually done – and what chemicals are actually used, even in specific states – can find a wealth of information at well-designed industry websites provided by Chesapeake Energy, the Ground Water Protection Council and Halliburton.

As the Halliburton site notes, 99.5% of fracking fluids is water and sand (the sand is carried into fractures, to keep them open and release the gas). However, forcing that fluid mix down wellbores and into solid rock formations thousands of feet underground requires advanced engineering and special chemicals to:

  • Keep the sand suspended in the liquid, so that it is carried deep into the fractures;
  • Fight the growth of bacteria in the fluid and wellbore, so that gas flows and pipes don’t corrode; and
  • Reduce the surface tension of water that comes in contact with the reservoir, to improve gas production.

Different subsurface rock formations and conditions require different formulations for the 0.5% of the HF fluids that involves special chemicals. In the past, diesel oil and various industrial chemicals were used. Today, to an ever-increasing degree, the chemicals are borrowed from the food and cosmetics industry. The technical names sound daunting or even scary (inorganic acids, polysaccharide polymers and sulfonated alcohol, for instance), but these CleanStream chemicals (Halliburton’s terminology) are found in cheese and beer, canned fish and dairy desserts, and marshmallows and shampoo, respectively.

Even these three chemical groups (and other food and cosmetic chemicals) are classified as “hazardous” by the EPA and FDA, because in high doses some can cause cancer and other problems in animals. So you could say Food & Water Watch is technically correct when it tries to scare people by saying fracking fluids contain “toxic chemicals.” But the same point would apply to alcoholic beverages, fruit juices, lip liners, food starch, hand soap and countless other everyday products. Should we ban them too, along with coffee, broccoli and other foods that naturally contain even more potent carcinogens?

In other advanced techniques, instead of chemical biocides to kill bacteria, some systems now employ ultraviolet light, and mobile units now allow crews to treat and reuse water, reducing the amount of freshwater required in fracking. Other improvements are being made on a regular basis, as explained in simple lay terms on websites like those mentioned above. You can even find psychedelic 3-D maps of hydraulic fracturing operations and explanations of other fascinating technologies.

New York and other states, the Delaware River Basin Commission, Canadian provinces, Britain, Poland, the European Commission, and many Asian and Latin American countries are pondering HF as part of the solution to their energy, unemployment, economic and revenue problems. Getting the facts is essential.

Shale gas is an energy policy game changer. The last thing we need is more laws, regulations and policies based on misrepresentations and fabrications from outfits like Food & Water Watch.

About:
AmmoLand contributor, Paul Driessen, is senior policy adviser for the Committee For A Constructive Tomorrow and Congress of Racial Equality and author of Eco-Imperialism: Green power – Black death.

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Our Least Sustainable Energy Option – Wind Power

Friday, September 2nd, 2011 at 9:38 AM

Our Least Sustainable Energy Option – Wind Power
From a land use, economic, environmental or raw materials perspective, wind is unsustainable.
By Paul Driessen

Wind Turbines

Our Least Sustainable Energy Option - Wind Power

AmmoLand Gun News

AmmoLand Gun News

Washington, DC --(Ammoland.com)- President Obama and a chorus of environmentalists, politicians, corporate executives and bureaucrats are perennially bullish on wind power as the bellwether of our “clean energy economy of the future.”

In reality, wind energy may well be the least sustainable and least eco-friendly of all electricity options. Its shortcomings are legion, but the biggest ones can be grouped into eight categories.

Land. As American humorist and philosopher Will Rogers observed, “They ain’t making any more of it.” Wind turbine installations impact vast amounts of land, far more than traditional power plants.

Arizona’s Palo Verde nuclear plant generates 3,750 megwatts of electricity from a 4,000-acre site. The 600-MW John Turk ultra-supercritical coal-fired power plant in Arkansas covers part of 2,900 acres; two 600-MW coal-fired units in India use just 600 acres. Gas-fired units like Calpine’s 560-MW Fox Energy Center in Wisconsin require several hundred acres. All generate reliable power 90-95% of the year.

By contrast, the 600-MW Fowler Ridge wind installation (355 turbines) spans 50,000 acres of farm country along Indiana’s I-65 corridor. The 782-MW Roscoe project in Texas (627 turbines) sprawls across 100,000 acres. Oregon’s Shepherds Flat project (338 gigantic 2.5 MW turbines) covers nearly 80,000 wildlife and scenic acres along the Columbia River Gorge, for a “rated capacity” of 845 MW.

The Chokecherry-Sierra Madre project will blanket some 320,000 acres of sage grouse habitat and BLM land in Wyoming with 1,000 monstrous 3-MW turbines, to generate zero to 3,000 MW of intermittent power. That’s eight times the size of Washington, DC, to get an average annual output one-fourth of what Palo Verde generates 90% of the time. But C-SM has already received preliminary approval from BLM.

To replace just 20% of the United States’ 995,000 MW of total installed generating capacity, we would need to blanket an area the size of Kansas with wind turbines, and then add nearly a thousand 600-MW gas-fired backup generators … and thousands of miles of new high voltage transmission lines.

Raw materials. Wind turbine installations require vast amounts of steel, copper, rare earth metals, fiberglass, concrete, rebar and other materials for the turbines, towers and bases.

A single 1.7 MW wind turbine, like 315 of the Fowler Ridge units, involves some 365 tons of materials for the turbine assembly and tower, plus nearly 1100 tons of concrete and rebar for the foundation. Bigger units require substantially more materials. Grand total for the entire Fowler wind installation: some 515,000 tons; for Roscoe, 752,000 tons; for Shepherds Flat, 575,000 tons; for Chokecherry, perhaps 2,000,000 tons. Offshore installations need far more raw materials.

To all that must be added millions of tons of steel, copper, concrete and rebar for thousands of miles of transmission lines – and still more for mostly gas-fired generators to back up every megawatt of wind power and generate electricity the 17 hours of each average day that the wind doesn’t blow.

Money. Taxpayers and consumers must provide perpetual subsidies to prop up wind projects, which cannot survive without steady infusions of cash via feed-in tariffs, tax breaks and direct payments.

Transmission lines cost $1.0 million to $2.5 million per mile. Landowners get $5,000+ per turbine, plus royalties on all energy produced from the turbine, plus payments for every foot of access road and transmission lines. However, taxpayers pay more, while the landowners’ neighbors suffer property devaluation, scenic disruption, noise, health problems and interference with crop spraying, but no monetary compensation. Direct federal wind energy subsidies to help cover this totaled $5 billion in FY 2010; state support added billions more; still more billions were added to consumers’ electric bills.

The Other People’s Money well is running dry. The “manmade catastrophic climate change” thesis behind the wind energy campaign is in shambles. Voters and consumers are understandably fed up.

Energy. Mining, quarrying, drilling, milling, refining, smelting and manufacturing operations make the production of metals, concrete, fiberglass and resins, turbines, and heavy equipment to do all of the above very energy-intensive. Ditto for transporting and installing turbines, towers, backups and transmission lines. That takes real energy: abundant, reliable, affordable – not what comes from wind turbines.

In fact, it probably requires more energy to manufacture, haul and install these monstrous Cuisinarts of the air and their transmission systems than they will generate in their lifetimes. However, no cradle-to-grave analysis has ever been conducted, for the energy inputs or pollution outputs. We need one now.

Health. Whereas environmentalists garner scary headlines over wildly speculative claims about health dangers from hydraulic fracturing (to extract abundant natural gas for wind turbine backup generators), they ignore and dismiss a growing body of evidence that wind turbines cause significant health problems.

Principal health issues are associated with noise – not just annoying audible noise, but inaudible, low-frequency “infrasound” that causes headache, dizziness, “deep nervous fatigue” and symptoms akin to seasickness. “Wind turbine syndrome” also includes irritability, depression, and concentration and sleep problems. Others include “shadow flicker” or “strobe effect” from whirling blades, which can trigger seizures in epileptics, “vibroacoustic” effects on the heart and lungs, and non-lethal harm to animals. Serious lung, heart, cancer and other problems have been documented from rare earth mining, smelting and manufacturing in China, under its less rigorous health, workplace and environmental regulations.

To date, however, very few health assessments have been required or conducted prior to permit approval, even for major wind turbine installations. Perhaps the trial lawyers’ guild could redress that oversight.

Environment. Raptors, bats and other beautiful flying creatures continue to be sliced and diced by wind turbines. Thankfully, the Bureau of Land Management has included an “avian radar system” to track the slaughter within its 500-square-mile Chokecherry region – and banned mining among the turbines.

Wind turbines are supposed to reduce pollution and carbon dioxide emissions. But because backup generators must repeatedly surge to full power and back to standby, as wind speed rises and falls, they operate inefficiently, use more fuel and emit more – much like cars forced to stop repeatedly on freeways.

Jobs. The myth of “green jobs” is hitting the brick wall of reality. While the turbines are installed in the USA and EU, far more numerous mining and manufacturing jobs are in China, where they are hardly “green.” As Spanish and Scottish analysts have documented, the “green” installer and maintenance jobs cost up to $750,000 apiece – and kill 2.2 to 3.7 traditional jobs for every “eco-friendly” job created.

Electricity costs and reliability. Even huge subsidies cannot cure wind power’s biggest defects: its electricity costs far more than coal, gas or nuclear alternatives – and its intermittent nature wreaks havoc on power grids and consumers. The problem is worst on hot summer afternoons, when demand is highest and breezes are minimal. Unable to compete against cheap Chinese and Indian electricity and labor, energy-intensive industries increasingly face the prospect of sending operations and jobs overseas. Bayer Chemical’s warning that it may have to close its German facilities is just the tip of the iceberg.

When it comes to wind, Nat King Cole might have sung: “Unsustainable that’s what you are, unsustainable though near or far. Unsustainable in every way, and forever more that’s how you’ll stay.” Maybe not forever, but certainly for the foreseeable future, especially compared to increasingly abundant natural gas.

Paul Driessen

Paul Driessen

So take a hint from Spoon’s lively tune and “cut out the middleman.”Forge a direct relationship with energy you can afford, energy that works nearly 24/7/365, energy that causes the least ecological damage and is far more sustainable than wind power: the hydrocarbon, hydroelectric and nuclear power that have sustained our society and brought unprecedented health, prosperity and living standards to billions.

Then help the planet’s least fortunate people to do likewise.

About:
AmmoLand contributor, Paul Driessen, is senior policy adviser for the Committee For A Constructive Tomorrow and Congress of Racial Equality and author of Eco-Imperialism: Green power – Black death.

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