On the Global Implications of Shale: Oil and gas markets


You have not heard from me for a while. In part, because we are busy preparing a new Energy Outlook, this time out to 2035 (and to be launched on January 15, 2014). But to some extent it was also because we are trying to get our heads around the potential global implications of what we are seeing in global shale oil and gas developments, based on last year’s Energy Outlook.

The result was a somewhat lengthy write-up.

To make this more digestible, I will publish it in instalments. There is a first part, setting the scene, and then five parts dealing with five likely global implications: (i) on global oil and gas markets; (ii) on a new role for local policy; (iii) on the geopolitics of energy; (iv) on the global economy; and, last but by no means least, (v) on the environment.

And so, building on yesterday’s "Setting the scene", this is part 2; on oil and gas markets.

Pressure on the configuration of oil and gas markets

One of the first questions raised by the shale “revolution” will be about the impact of rising shale oil (and gas) production on markets and prices. Let’s concentrate on oil. In a normal market, prices should fall and the only issue for an economist would be to calculate how fast and by how much. But the oil market is not exactly ‘normal’: It features a producer cartel with a long history of trying to manage prices and production. In oil markets, the question of the consequences of higher (shale) oil supplies seamlessly translates into the question of how OPEC is likely to react.

There are good reasons to presume that OPEC members are willing and capable to react with production cuts to rising non-OPEC supplies.

Production cuts, in turn, lead to spare capacity. The build-up of spare capacity in OPEC countries required to neutralize the additional supplies (including biofuels and oil sand production) is substantial indeed: Taking our conservative production profile as a guide, spare capacity to accommodate the new supplies will have to exceed 6 million barrels per day (Mb/d) within this decade - the highest since the late 1980s, as shown on the right hand chart below;

This will be no easy task for OPEC. The cohesion of the organisation is the key uncertainty, especially in the current decade. It will be a world in which Russia, the US and Saudi Arabia account for a third of global production. Of the three, only OPEC member Saudi Arabia is likely to incur the cost of maintaining large amounts of spare production capacity. And Saudi Arabia is situated between Iraq, an OPEC member with steadily rising output but without a quota agreement, and Iran, for which no one can predict how long the current sanctions will limit production.

On the other hand, we are unlikely to witness the return of the very low oil prices last seen in the 1990 or 1980s (assuming OPEC stays put). Tight oil production is not only relatively expensive; with its high well density, it is also eminently scalable (different from the conventional supplies in Alaska or the North Sea added in the 1980s). Supplies will react if prices fall substantially.

In the first instance, the advent of shale oil (and gas) is likely to put pressure on prices by stressing the configuration of markets as we know them. In the case of oil, OPEC is the lynch pin of these markets. In the case of gas, it is the oil indexation of gas prices.

Continue reading: On the Global Implications of Shale: Local Policy

(Top image shows the two chief negotiators, Jamshid Amouzegar for OPEC and Lord Strathalmond for the oil companies, shaking hands after signing the Tehran Agreement in February 1971. Courtesy BP Archive)

Ravinder Nagar

Assistant Director | EY | Ex AcuityKP | Ex Moody's Analytics | Mining and Metal | Energy & Utilities

10y

With the global focus turning towards Shale Gas, Infraline Energy a research & consulting company has published a report on Shale Gas Exploration in India: Potential, Challenges and Opportunities. To know more connect with me at ravinder.nagar@infraline.com http://www.infraline.com/Reports.aspx?id=252&tlt=Shale-Gas-Exploration-in-India---Potential,-Challenges-and-Opportunities.htm

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Suyan Om

Former financial and political advisor and investment banker

10y

Suyan Om: Oil & gas companies are front-runners in developing oil & gas industries in politically risky areas sometimes even in times of embargo. Being strategic resources, they are part of an overall geopolitics strategy. Their businesses help develop real economy and a sound industrial ground of natural resources rich countries. Inflows of cash (taxes, licences, portion of exports to industrialised countries through joint ventures) will finance the development of such countries and benefit the local population (roads, schools, hospitals etc.) if local governments turn away from corruption, ensure security and enhance political stability. This is what I call ideally a win/win situation. Noisy-le-Grand dec 8, 2013 at 17h00 pm.

Christof, Can OPEC cuts completely compensate the falls in the oil price?

Meredith Poor

Software Development Contractor

10y

20 million barrels of oil per day translates to roughly (x 45 gallons) 900,000,000 gallons of oil. 900,000,000 gallons times 33,000 watt-hours (roughly the amount of energy stored in a gallon of gasoline) equals 30 trillion watt-hours. Dividing this by 5 hours per day means we would need 6 trillion watts of generating capacity to 'substitute' for oil in situations where energy equivalence is possible. To make a long story short, the 'square' of solar panels required to do this would be about 100 miles on a side. Making actual hydrocarbons from solar power would require about 6x much solar panel surface area, or a square about 250 miles on a side. However, long before it was necessary to make hydrocarbons, much energy consumption would use the electricity directly. Thus the remaining use would be in aviation, petro-chemicals, and other areas where direct electrical communication with the consumer would be impractical or immaterial. In various ways and to varying degrees, cars, trucks, buses, and trains would be converted to electricity or hydrocarbon/electric hybrid.

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