Is Shale Gas a Pipedream?
Billions for Infrastructure Needed
Don't get starry-eyed over all that projected shale-gas. It's one thing to dig it out. It's another to transport it. And at least one trade group says that massive amounts of investment must now go into creating the pipelines that would carry that fuel.
That's a huge task. But add in the concerns of community organizations that fear such development would not just disrupt their local ecologies but also increase the dangers from pipeline accidents. While that angst is legitimate and must be addressed by pipeline companies, shale-gas has the potential to supply energy here for the next century.
"The good news is that the natural gas industry has a proven track record of constructing and financing this level of infrastructure," says Don Santa, chief executive of the Interstate Natural Gas Association of America.
Santa's organization commissioned ICF International to review the country's anticipated pipeline infrastructure needs in a world where unconventional forms of gas such as shale gas are expected to make up two-thirds of the total natural gas mix by 2035. It makes a few assumptions that range from a price of $4-$7 per million Btus as well as an increase of 1.3 percent in the expected electricity demand per year for at least a decade.
To get there, the United States and Canada will require an average yearly investment of $8.2 billion, or $205 billion over the next quarter century. Santa notes that the industry has invested $8 billion during a three year period from 2006 to 2010 -- a "strong indication" that it will continue to make the necessary capital allocations if the regulatory environment permits.
By 2030, the U.S. and Canada will need approximately 29,000 to 62,000 miles of additional natural gas pipelines as well as 370 billion to 600 billion cubic feet of additional storage capacity, says the study. If the country does not to rise to the challenge, it would create supply disruptions and price volatility would increase.
But developers are hard-pressed to invest if the impediments to construction are too onerous and there is not enough gas to keep the new lines filled to capacity. Developers also want to make it easier for gas distributors to enter into long-term contracts that help pay for the lines.
Regulators are, largely, sympathetic. They are concerned about potential energy shortages and any subsequent rolling blackouts. To cope, the Federal Energy Regulatory Commission is trying to get all regulatory agencies to coordinate their schedules and reviews. The goal is not to subvert the permitting process but rather, to streamline it.
"To meet the growing demand for natural gas, the Commission must continue to respond quickly when companies propose to expand and construct needed pipelines and related facilities," says FERC. "The Commission has expedited the certification of natural gas pipelines by having Commission staff actively participate in projects (that pre-file)."
More conciliation
The first step for developers is to determine whether new pipelines are needed and whether the price of natural gas supports construction such that companies can obtain firm contracts to finance them. The next step is to propose a route the line will take.
Overall, there still must not be any significant affect on either the natural habitat or the landowners who lease their rights-of-way. Those precautions will inevitably lead to the rerouting of any pipeline system, although in some cases the federal government may exercise its right of eminent domain.
Under the best of circumstances, the opposition to new construction is intense. The process to get the permits and to overcome the environmental and zoning questions is lengthy and expensive. And in the aftermath of a gas pipeline explosion that killed 7 people in Northern California a couple years ago, the outcry for reforms has magnified.
"The American public is apprehensive about natural gas pipelines - and understandably so," says Santo, with the Interstate Natural Gas Association of America. "One accident is too many. Still, despite recent accidents, pipelines are the safest way to transport energy -- safer than rails or roads -- according to the U.S. Department of Transportation."
Generally, the need for new gas supplies and the infrastructure to carry the gas remains a top priority. Achieving a consensus among stakeholders is key. Shale-gas producers are at the heart of this debate and have been asked to be more conciliatory and share the chemicals they are using to drill. Likewise, the pipeline developers that will transport the fuel must acquiesce to safety and environmental concerns. Only then can the natural gas sector fulfill its promise.
EnergyBiz Insider has been named Honorable Mention for Best Online Column by Media Industry News, MIN. Ken Silverstein has also been named one of the Top Economics Journalists by Wall Street Economists.
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Comments
The pipeline industry has
The pipeline industry has been doing this for decades with private capital and no government funds.
Is Shale Gas a Problem
Manic and economically disasterous decisions start once the pundits stop even stating the key assumption, in this case that shale gas drilling enables long term low cost natural gas..
This story assumes, without question, that shale gas will live up to its hype, in spite of growing evidence that the independent gas drillers are having their Enron moment, boosting share prices with endless good news, but not producing any cash flow for shareholders.
We see more and more long-term decisions being made which assume that gas will continue to price at $4.50/thousand cubic feet. No analysis of what a 15 to 20% increase in demand will do to all parts of the gas supply chain. New York has banned fracing, but this is just an aberation. Independent reports of rapid production decline in many shale wells aren't credible. The independent drillers are not generating any cash (like Enorn) but this will soon magically turn positive. The industry will have no problem finding billions of gallons of clean water and none of that watter can possibly get into drinking water. Anyone interested in buying the Brooklyn Bridge?
I have no expert opinion on these questions, but question how shale gas will continue to sell for 15% to 20% of the price of diesel oil. Too much of the 'good news' is coming from folks with vested interests in boosting their own stock price.
Tom Casten
Is Shale Gas a Pipe Dream - Outlook for Oil Also Interesting
In addition to the concern about the infrastructure needs of oil and gas, ICF's outlook for oil is also interesting.
ICF projects a reversal in the downward trend in US oil production. ICF projects US and Canadian oil and liquids production to grow from 8.4 millon barrels per day (mbd) in 2010 to 10.6 mbd in 2020 and 12.7 mbd in 2035 (slide 80). Oil imports are projected to decrease from 7.8 mbd in 2010 to 5.1 mbd in 2020 to 2.8 mbd in 2035. The impact of shale on natural gas may be evolutionary; the impact of shale on oil may be revolutionary.
Chris Neil
Is Shale Gas a Pipedream
All of a sudden we should be concerned about the infrastructure cost of the delivery system for shale gas. Where is the concern about the delivery system (transmission lines) for solar or wind systems?
Many of the proposed "green" energy systems are long distances from where the electricity will be used. A number of wind projects are not connected to anything yet, even though they were built several years ago. Every time a new power line is proposed it is tied up for years by lawsuits. Yet we are told that these installations are wonderful. And now politicians are concerned about an offshore wind system because of the cost. (Robert F. Kennedy, Jr slams Cape Wind.)
Could it be that the concern about cost of delivery for shale gas has nothing to do with the pipelines and everything to do with the fact that it is an "evil" fossil fuel? We need an energy policy based on science, facts, and national need, not on "politically correct" nonsense, and we need to evaluate all potential energy sources using consistent criteria.
Pipelines
Some of the pipelines already are in place. The existence of shale gas, especially Marcellus Shale gas will go in those pipelines, only flow in the opposite direction. With Houston getting their supply from just north of Pittsburgh.
It is useful and interesting to review the Big Inch project and what can be done when we put our minds and strength to it. See the following:
http://www.duke-energy.com/news/releases/2000/Aug/2000082102.html
other factors affecting the deployment decisions for natural gas
Thanks Ken, good article. The additional threat to the deployment of these pipelines and the fracking that produces the natural gas are the costs of alternative fuels and energy sources, many of which the DOE has already indicated are already competitive with or will approach the cost per BTU of natural gas within a year. Those alternative fuels and energy sources are projected to continuously trend lower while natural gas, even if we don’t factor in the massive unallocated costs of health and environmental issues from CO2 and other chemical releases (devastating to water table, central nervous systems, etc), has a projected increasingly higher cost trend line. If the public becomes more aware of the real costs and finds the political will to exercise influence approaching competition from hydrocarbon special interests, we might see additional taxes etc driving that natural gas cost trend line even higher. So, an investor or a government maximizing taxpayer contribution, interested in mitigating longer term risk and increasing ROI might eventually come to judge that the better return on investment would be in those clean tech options other than natural gas. In the labs, we already have new processes to sustainably create distributed lifecycle clean alternative fuels at a cost per BTU equal to the current cost of natural gas. In the labs, we already have lifecycle clean alternative sources of distributed energy that are cost competitive with current natural gas driven Kwh.
Sorry, your argument does not hold water
To argue that alternative energy sources are approaching competitive costs for fossil-fuel generation is not correct. If that were the case, DOE would not have to offer production tax credits or the more recent 30% cash-in-lieu of PTCs for wind or solar projects. The biggest significant factors related to alternative generation technologies after the high capital cost, are the poor capacity factors and high variability of output. These two factors mean that there must be a nameplate megawatt of fossil power to back up every nameplate megawatt of wind or solar relied upon for power. The high variability dictates that there must be some fossil power, generally gas turbines, and frequently simple cycle gas turbines, actually on line to stabilize the power grid.
Alternative fuels, generally meaning ethanol, are a cruel financial joke that has the American taxpayer on the hook for PTCs that have major agribusiness tilling otherwise marginal lands to raise energy crops that do not give back the energy they consume in growing and processing while simultaneously increasing the cost of food. Algael fuels have yet to penetrate in any significant quantity due to the high cost of the facilities and the somewhat iffy production results. This stuff is strictly in the R&D phase.
The pursuit of "commercializing" these technologies by giving them taxpayer funds and/or borrowing from other countries is stupid. Make sure they are fully developed before deployment or dump them if they are not economical. The "green energy" pursuit will destroy this country's economy if we continue down our present path.
Not overly complex an issue
Maybe I am being a bit naive but there is already a pretty extensive pipeline network in the northeast US supplied by pipelines run from the Gulf Coast and western Canada. So, quite a bit of the infrastructure for transporting and distributing the gas should be in place. Granted, it will be a chore to run the collection network of piping and the trunks to bring the gas to the existing distribution. And, there will be new distribution infrastructure as usage increases but one would think that pales in comparison to running the long distance pipelines from Canada and the Gulf.
The advances in drilling techniques simplify collection a bit as one well location can tap a large area around it instead of having to utilize multiple drilling sites and collect them on the surface.