Natural Gas Extraction May Be More Expensive Than It Seems 16 comments
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The price of natural gas has been a bargain lately when measured by the energy content of gas compared to crude oil. Some attempts have already been made to substitute cheap natural gas for expensive oil. While both commodities have declined significantly from 2008 highs, natural gas prices have been even more depressed due to the discovery of large shale deposits and the belief that extraction technology has improved to the point where explorers will be able to easily exploit the new discoveries. Market participants may be jumping to premature conclusions.
Shale Deposits – The Solution to Dry Holes?
John Dizard, writing for The Financial Times Monday, makes a number of interesting observations regarding the question of how shale deposits will impact pricing for natural gas in the United States. Mr. Dizard believes that promoters have been selling investors on shale deposit exploration by promising more predictable returns compared to the typical experience of exploration which often includes expensive dry holes:
Time and again, with all the three dimensional seismic imaging, reservoir engineering, and so on, people drill wells to 5,000 or 6,000 metres only to get a dry rock collection. Finding oil and gas requires a significant amount of trial and error. Bankers, brokers, and institutional investors do not want to hear this. They want to hear that the businesses they invest in are predictable.
The search for predictable and stable returns combined with the relative ease of finding shale deposits could lead to a fund raising bonanza for exploration firms even though the cost of shale extraction tends to be high:
This is where the technology comes in. Hydraulic fracturing, or “fracking”, is a technique to force liquids through a drill hole at high pressure to create cracks in gas or oil-bearing rock. The gas or oil flows through those artificial cracks to the wellbore. To keep the cracks open, the operator may mix in “proppant”, such as little ceramic spheres. It’s all difficult and ingenious, and requires a lot of expensive equipment and skilled people – including skilled promoters. Someone in Houston came up with the concept of shale gas production as “manufacturing”. The shale rocks are so uniform, you see, that the risk of a dry hole would be almost entirely eliminated.
Wonderful At First, But Potentially More Expensive Later
Despite the high costs of extraction, the uniform and high rates of production initially seem to justify the effort, particularly given the lower risk of dry hole costs. However, Mr. Dizard cites an industry expert who believes that the initial rates of production may end up slowing down as rock formations collapse once significant amounts of gas have been extracted. This would then require more expensive processes in which new fractures are created in the formations to keep gas flowing.
Despite the limitations, there is obviously a price at which natural gas production from shale deposits will make economic sense:
Ben Dell, of Bernstein Research in New York, whose work is respected by both sides in the debate, says: “The average well deteriorates more in quality, and more wells fail, than people believe. Still, I think a rise in prices would make more (shale prospects) economic. Plenty of plays work at $9 per mcf [1,000 cubic feet].” This less-than-expected productivity in the leading gas sector tells Mr Dell that US gas production will decline on the order of 10 per cent next year, leading to $8-$9 gas, or $3 to $4 more than the forward curve anticipates.
Low cost natural gas producers can take some comfort in the strong possibility that shale extraction may end up being much more expensive than people are anticipating, which would require much higher natural gas prices to justify the effort. The idea that cheap natural gas from shale formations will further depress prices from current levels seems hard to believe given what industry experts are saying about the complexity and expense associated with shale extraction.
Disclosure: The author owns shares of a company engaged in the exploration and production of natural gas. No opinion is being provided regarding the near term movement of the price of oil or natural gas. The author does not recommend short term speculation in commodities.
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This article has 16 comments:
The article went on to say that Tony Hayward the CEO of BP indicated that the USA ia awash with gas and that the new technology has created a revolution. Shale gas could meet half of America's demand within two decades and turn the country into a net exporter.
On the other hand Cheniere Energy, once a stock market darling, has seen over 90% of its market value disappear. But for most investors who are short term punters its all about PRICE.
Lets watch this space............
online.wsj.com/article...
I don't doubt that shale provides real reserves. The question is at what cost natural gas must trade at to make extraction economically viable.
The light gets brighter as more companies end up writing down reserves.
> Whether natural gas is $3 or $9 does not matter.
Well of course it matters. If the extraction costs for shale deposits are greater than the prevailing price for gas, then the deposits are not economically viable.
The price of gas will probably be driven by the rate at which companies will be able to access these resources, the ability to get experienced rig and frac crews and the overall macro economic conditions. If demand stays low, gas will be plentiful, prices will stay low and drilling will be slow. But if demand picks up, there will be a temporary shortfall that drives prices up. As prices go up, drilling will rapidly increase since the shale developments can be turned "on and off" with somewhat relative ease. As drilling ramps up, supply will outstrip demand and prices will fall a bit. Then drilling will slow down and production will go down, falling below demand, and the whole supply/demand pricing cycle will start over again. Watch for prices bouncing along between $4 and $8 for a while!
Prices can't stay low forever, since new drilling won't occur below $3-4/mcf. That will cause shortfalls, rising prices and, well, you know the cycles!
But I am now seriously questioning whether UNG is the right instrument to leverage on natural gas price. The fact of the matter is UNG does NOT hold the actual commodity. How could you make money if you do not hold the actual commodity? Who pays for your profit? NG suppier? NY users? The industry suppliers/consumers settle the price gain//loss between them. So if you do not trade and hold the actual commodity, you are not part of the party.
Read more:
seekingalpha.com/autho...
The water goes down into the ground and the volumes pumped out are put in retention ponds, treated, and re-used for frac'ing future wells.
BTW, many of the shale plays use plain old sand, not ceramic proppant.
The chemicals used in fracing make up less than 1 % and most are found in your home right now. Look at the contents in a bottle of Formula 409 or Windex!
Look at the "back-end" costs for building a freaking Toyota Prius. Those batteries contain some pretty nasty crud too, you know. As does the plastices/fiberglass that makes up the body. And did you know that NATURAL GAS is used as a raw material for making many of those parts? Get a grip you NIMBY!
You are of course correct that cost matters and that when cost is above the gas price the wells are uneconomic, but keep in mind that the "industrial type" operation (or as MMarrkk said above "manufacturing") involved in shale gas and other tight sands drilling tends to allow both economies of scale and reduced costs as the E&P companies move up the learning curve in any given play. The first well is expensive, but unlike drilling in, say, the GOM where every well is different, each well thereafter gets cheaper.
I have real doubts about whether drilling for gas makes economic sense these days (unless it has a high ratio of condensate), but shale gas is going to be a permanent part of the drilling picture in the US and is going to be increasingly tried elsewhere.
On Nov 03 10:07 AM Ravi Nagarajan wrote:
> Interesting op-ed in the WSJ this morning on the shale topic:
>
> online.wsj.com/article...
>
>
> I don't doubt that shale provides real reserves. The question is
> at what cost natural gas must trade at to make extraction economically
> viable.
On Nov 03 10:07 AM Ravi Nagarajan wrote:
> Interesting op-ed in the WSJ this morning on the shale topic:
>
> online.wsj.com/article...
>
>
> I don't doubt that shale provides real reserves. The question is
> at what cost natural gas must trade at to make extraction economically
> viable.
On Nov 04 06:25 AM Spicer wrote:
> Not familiar with meaning of the term reserve? If it ain't economically
> viable with today's commodity market prices it ain't a reserve just
> a resource.
How would these NIMBY's feel if Arabs cam to the USA and killed our friends and family to ensure their supply of black gold? Oh sorry, I meant came to "liberate us." Natural gas is domestic and nobody has to die to extract it. We know how to purify drinking water if hydraulic fracturing makes it come to that, but it's much harder to wash clean the trauma of war from the minds of our young soldiers. A little bit of war is way too much NIMBYS.
On Nov 03 03:05 PM Mmarrkk wrote:
> Plenty of water for use in most of the areas where the shale gas
> exists. Fracing uses a fraction of golf course maintenance does.
>
>
> The water goes down into the ground and the volumes pumped out are
> put in retention ponds, treated, and re-used for frac'ing future
> wells.
>
> BTW, many of the shale plays use plain old sand, not ceramic proppant.
>
>
> The chemicals used in fracing make up less than 1 % and most are
> found in your home right now. Look at the contents in a bottle of
> Formula 409 or Windex!
>
> Look at the "back-end" costs for building a freaking Toyota Prius.
> Those batteries contain some pretty nasty crud too, you know. As
> does the plastices/fiberglass that makes up the body. And did you
> know that NATURAL GAS is used as a raw material for making many of
> those parts? Get a grip you NIMBY!