Posts Tagged ‘shale’

China Leads World in Renewables? –


NEW YORK ( — Five miles off the coast of Shanghai, the Chinese recently completed the country’s first offshore wind farm.

The project was completed before construction on the first American offshore wind farm has even begun.

The Shanghai project is not just another wind farm. It’s the next generation in wind power technology and the latest example of how China is jumping ahead of the United States.

Earlier this month, the accounting firm Ernst & Young named China the most attractive place to invest in renewables, knocking the United States out of the top position.

The study ranked countries on such things as regulatory risk, access to finance, grid connection and tax climate. It cited the lack of a clear policy promoting demand for renewables in the United States — a product of Congress’ failure to pass an energy bill — as one of the main factors for the dethroning.

China has already surpassed the United States in the amount of wind turbines and solar panels that it makes. China is also gaining on the United States when it comes to how much of their energy comes from renewable energy sources.

The country that leads in the renewable energy industry, is opening the door to more home-grown jobs.

Cash is pouring in: From an investment point of view, the trend is clear.

In 2009, nearly $35 billion in private money flowed into Chinese renewable energy projects, including factories that make wind turbines and solar panels, according to the research firm Bloomberg New Energy Finance. The United States attracted under $19 billion.

“Within the past 18 months, China has become the undisputed global leader in attracting new investment dollars,” Ethan Zindler, head of policy analysis at New Energy Finance, recently told a congressional committee.

Zindler said the money came from not only the Chinese government and banks, but also Western private equity funds and individual investors buying publicly-traded Chinese stocks.

Jobs growth, for China: The result of all this investment money is jobs.

In wind power, China-based companies are on track to make 39% of the turbines sold worldwide in 2010, according to New Energy Finance. U.S.-based companies will make just 12%.

In solar, China-based firms will make 43% of the panels. U.S. firms will make 9%.

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Louisiana’s shale gas bonanza – Financial Times

After their father died 15 years ago, Mike Smith’s six siblings wanted nothing to do with the tract of land the old man had gradually acquired from his income as a pipeline welder. The land, 365 acres of it, lay in a quiet and sparsely populated corner of Louisiana: nothing but pine trees for miles around. In a county so poor that about a fifth of the population lives below the poverty line, the bequest wasn’t good for much.

But for Smith, a tall, slim man of 61 with a kindly face, DeSoto parish was home. “That’s where my roots are. I wanted the land,” he says. Smith paid $300 an acre – $109,500 in total – to his siblings. And while he kept his home in Shreveport, 40 miles to the north, he travelled down to DeSoto regularly to walk his acres, or hunt squirrel and deer. His plan was to sell the trees for lumber one day, and use the income to fund his retirement. Until then, he would pass the years frugally, making a living as a property valuer and sharing his 50-year-old house with two dogs and a cat.

All the while, the county seat of Mansfield, home to 5,500 people, withered. With only coal and timber to support it, the parish could not even repair its roads. Across from the courthouse are telltale signs of the desperation that began to claw at the area – the dusty, vacant windows of the hardware shop and cinema, and beyond them the Community Bank of Louisiana. It opened its doors in 1901 but is now so run down that the visitor struggles to make out what colour the wallpaper would once have been. The phones are from another age and an old standard lamp in an upstairs office blinks fitfully into life and then goes dark again.

“When I came in, the town was dead. There was no sign of economic growth here,” remembers Curtis McCoy, mayor for the past seven years.

All that changed in 2008, when oil and gas companies began knocking on doors, offering locals a couple of hundred dollars an acre if they would lease their land for prospecting. Some, like Jim May, executive director of the DeSoto Chamber of Commerce, jumped at the offer and signed a three-year lease on his 100 acres for a total of $25,000. Nobody had shown any interest in the land in decades, he reasoned. Six months later, the goldrush was at its height and prices leapt to $25,000 or even $30,000 an acre. “I lost $2.5m,” says May with a wistful smile.

People went to bed one night and woke up the next morning to find themselves rich,” says McCoy. That included Mike Smith, whose land was so sought after that in May 2008, PetroHawk Energy, a small, independent oil and gas company, handed him a $1.4m signing bonus in return for permission to drill for natural gas on his late father’s property. “It changed my whole life,” he says. “I don’t have to cut my trees any more.”

Smith is sitting behind the wheel of a new gold Cadillac, parked outside this year’s Haynesville Shale Expo in Shreveport, an event that has attracted 5,000 people, most of them landowners who missed the leasing frenzy and are eager to see whether they still have time to cash in. It was Smith’s dream since he was a boy to own a new Cadillac, like the one his father always made sure his mother drove. He paid $52,000 cash for the car. “That was the first investment. It kind of hurt a little bit,” he smiles. A small wooden cross dangles from the rearview mirror.

. . .

The prize that drew companies such as PetroHawk to Smith’s impoverished corner of Louisiana is known as shale gas. Smith’s acres sit on top of the Haynesville Shale, named after the town near which the prospect was discovered – a seam of black rock between 150 and 300ft thick that lies hundreds of feet underground and extends across 3,400 square miles of Louisiana and Texas. Trapped inside this rock are vast quantities of natural gas – estimated at between 112 and 245 trillion cu ft. At the upper end of this range, Haynesville gas could meet the US’s energy needs for about 12 years.

This isn’t the most extensive prospect of its kind in the US; that distinction belongs to the Marcellus Shale in Pennsylvania and neighbouring states, which is reckoned to cover 65,000 square miles, an area larger than Greece. But based on the wells drilled so far, the Haynesville may well turn out to be one of the most productive. “It was the Haynesville that turned the tide on how big shale could be for US supply,” says Jeff Fisher, senior vice-president of production at another US company, Chesapeake Energy.

Indeed, the impact is expected to extend well beyond America’s borders. Industry consultants at PFC Energy in Washington, DC, believe that developing supplies trapped in shale deposits could more than quadruple the world’s known gas reserves. “This is a transformational event,” says its chairman, Robin West. His consultancy puts global reserves of natural gas from “unconventional” sources such as shale beds at 3,250 trillion cu ft, a total based on 1997 geological estimates that he believes will rise as the techniques available to extract the gas improve. By comparison, global reserves of natural gas from “conventional” sources total 620 trillion cu ft. Not all of these shale reserves will ever be tapped, but the technology to do so is available and, for the first time, companies are putting it to use.

To extract gas from shale involves drilling down, sometimes thousands of feet, and then sideways as much as 4,500ft. Once a well has been drilled, water with fine grains of sand is pumped through at high pressure; this fractures the shale and leaves behind the grains of sand, which prop open the fissures in the rock and allow the gas to escape.

Using this technique, Devon Energy, an Oklahoma-based oil and gas independent, sank a well last autumn in the Texas portion of the Haynesville shale (until then thought to be a low point in the “play”) that produced a flow rate of more than 30 million cu ft of gas per day, the highest ever from that area. This result led others to redraw the borders of the gas field, suggesting it was even more extensive than originally believed. “No one, us included, knows how that play is going to evolve,” says Larry Nichols, Devon’s chief executive. “We did not anticipate it would grow this much. Now we realise there are more opportunities for onshore growth than we ever thought would be possible.”

This realisation marks a volte-face for America’s oil and gas companies. By the 1970s, the majors had decided that onshore reserves of oil and gas in the US had been tapped, so they sold much of their acreage in order to focus on offshore and international exploration. This left the independent explorers, which drill 90 per cent of onshore wells in the US, to pursue what was left. “For years we have known that the United States holds vast quantities of so-called tight gas or shale gas – natural gas locked in formations denser than concrete,” Rex Tillerson, ExxonMobil’s chief executive, said in October. “But we did not have the technology to extract this so-called tight gas in a cost-effective way. Until now.”

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