So here we are, summer is over (or almost over if you’re an optimist) and we are sitting in front of our screens reminiscing about hot sunny days (at least I do)! There is no doubt, however: a lot happened in the world of politics and economics in the past three months. The escalation of the US-China trade war, the run on the Turkish lira, the (successful?) conclusion of the Greek bailout – these are all examples of major economic developments that took place during the summer months, and which we will be sure to discuss in some detail in future blogs. Today, however, I will introduce a topic that I am very interested in as a researcher: the liberalisation of energy markets in developing countries and, in particular, Mexico.
Why Mexico? Well, because it is a great example of a large developing economy that has been attempting to liberalise its energy market and reverse price setting and monopolistic practices that go back several decades. Until very recently, the price of petrol in Mexico was set and controlled by Pemex, a state monopolist. This put Pemex under pressure since, as a sole operator, it was responsible for balancing growing demand and costs, even to the detriment of its own finances.
The petrol (or ‘gasoline’) price liberalisation started in May 2017 and took place in stages – starting in the North part of Mexico and ending in November of the same year in the central and southern regions of the country. The main objective was to address the notable decrease in domestic oil production that put at risk the ability of the country to meet demand; as well as Mexico’s increasing dependency on foreign markets affected by the surge of the international oil price. The government has spent the past five years trying to create a stronger regulatory framework, while easing the financial burden on the state and halting the decline in oil reserves and production. Unsurprisingly, opening up a monopolistic market turns out to be a complex and bumpy process.
Source: Author’s calculations using data from the Energy Information Bank, Ministry of Energy, Mexico
Despite all the reforms, retail petrol prices have kept rising. Although part of this price rise is demand-driven, an increasing number of researchers highlight the significance of the distribution of oil-related infrastructure in determining price outcomes at the federal and regional (state) level. Saturation and scarcity of both distribution and storage infrastructure are probably the two most significant impediments to opening the sector up to competition (Mexico Institute, 2018). You see, the original design of these networks and the deployment of the infrastructure was not aimed at maximising efficiency of distribution – the price was set by the monopolist and, in a way that was compliant with government policy (Mexico Institute, 2018). Economic efficiency was not always part of this equation. As a result, consumers located in better-deployed areas were subsidising the inherent logistics costs of less ‘well endowed’ regions by facing an artificially higher price than they would have in a competitive market.
But what about now? Do such differences in the allocation of infrastructure between regions lead to location-related differences in the price of petrol? If so, by how much? And, what policies should the government pursue to address such imbalances? These are all questions that I explore in one of my recent working papers titled ‘Widening the Gap: Lessons from the aftermath of the energy market reform in Mexico’ (with Hugo Vallarta) and I will be sharing some of the answers with you in a future blog.
- Are state-owned monopolies effective in delivering successful market outcomes? Why yes, why no?
- In the case of Mexico, are you surprised about the complexities that were involved with opening up markets to competition? Explain why.
- Use Google to identify countries in which energy markets are controlled by state-owned monopolies.
Oil prices are determined by demand and supply. Changes in oil prices are the result of shifts in demand and/or supply, with the size of the price change depending on the size of the shift and the price elasticity of demand and supply.
Some of the shifts are long term, with the price of oil varying from year to year or even moving in a particular direction for longer periods of time. Thus the opening up of new supplies, such as from fracking wells, can lead to a long-term fall in oil prices, while agreements by, say, OPEC to curb output can lead to a long-term rise in prices (see the blogs The oil see-saw, OPEC deal pushes up oil prices and An oil glut).
Medium and long-term price movements can also reflect medium and long-term changes in demand, such as a recession – oil prices fell dramatically as the world economy slid into recession in 2008/9 and then recovered as the global economy recovered.
Another long-term factor is the development of substitutes, such as renewable energy, which can reduce the demand for oil; another is developments that economise on power, such as more fuel-efficient vehicles and machines.
But oil prices do not just reflect these long-term movements in demand and supply. They also reflect daily and weekly movements as demand and supply respond to global and national events.
Two such events occurred at the end of August/beginning of September this year. The first was Hurricane Harvey. Even though it was downgraded to a tropical storm as it made landfall across the coast of the Gulf of Mexico, it dumped massive amounts of rain on southern Texas and Louisiana. This disrupted oil drilling and refining, shutting down a quarter of the entire US refining capacity. The initial effect was a surge in US oil prices in late August as oil production in much of Texas shut down and a rise in petrol prices as supplies from refineries fell.
Then prices fell back again in early September as production and refining resumed and as it became apparent that there had been less damage to oil infrastructure than initially feared. Also the USA tapped into some of its strategic oil reserves to make up for the shortfall in supply.
Then in early September, the North Koreans tested a hydrogen bomb – much larger than the previous atom bombs it had tested. This prompted fears of US retaliation and heightened tensions in the region. As the Reuters article states:
That put downward pressure on crude as traders moved money out of oil – seen as high-risk markets – into gold futures, traditionally viewed as a safe haven for investors. Spot gold prices rose for a third day, gaining 0.9 per cent on Monday
Quite large daily movements in oil prices are not uncommon as traders respond to such events. A major determinant of short-term demand is expectations, and nervousness about events can put substantial downward pressure on oil prices if it is felt that there could be a downward effect on the global economy – or substantial upward pressure if it is felt that supplies might be disrupted. Often markets over-correct, with prices moving back again as the situation becomes clearer and as nervousness subsides.
U.S. crude edges higher, gasoline tumbles after Harvey Reuters, Libby George (4/9/17)
Global oil prices fall after North Korea nuclear weapon test Independent, Henning Gloystein (4/9/17)
Brent crude oil falls after North Korea nuclear test The Indian Express (4/9/17)
Oil prices remain volatile AzerNews, Sara Israfilbayova (4/7/17)
- What are the determinants of the price elasticity of demand for oil?
- Search news articles to find some other examples of short-term movements in oil prices as markets responded to some political or natural event.
- Why do markets often over-correct?
- Explain the long-term oil price movements over the past 10 years.
- Why is gold seen as a ‘safe haven’?
- If refineries buy oil from oil producers, what would determine the net effect on oil prices of a decline in oil production and a decline in demand for oil by the refineries?
- What role does speculation play in determining oil prices? Explain how such speculation could (a) reduce price volatility; (b) increase price volatility. Under what circumstances is (b) more likely than (a)?
The recent low price of oil has been partly the result of faltering global demand but mainly the result of increased supply from shale oil deposits. The increased supply of shale oil has not been offset by a reduction in OPEC production. Quite the opposite: OPEC has declared that it will not cut back production even if the price of oil were to fall to $30 per barrel.
We looked at the implications for the global economy in the post, A crude indicator of the economy (Part 2). We also looked at the likely effect on oil prices over the longer term and considered what the long-run supply curve might look like. Here we examine the long-run effect on prices in more detail. In particular, we look at the arguments of two well-known commentators, Jim O’Neill and Anatole Kaletsky, both of whom have articles on the Project Syndicate site. They disagree about what will happen to oil prices and to energy markets more generally in 2015 and beyond.
Jim O’Neill argues that with shale oil production becoming unprofitable at the low prices of late 2014/early 2015, the oil price will rise. He argues that a good indicator of the long-term equilibrium price of oil is the five-year forward price, which is much less subject to speculation and is more reflective of the fundamentals of demand and supply. The five-year forward price is around $80 per barrel – a level to which O’Neill thinks oil prices are heading.
Anatole Kaletsky disagrees. He sees $50 per barrel as a more likely long-term equilibrium price. He argues that new sources of oil have made the oil market much more competitive. The OPEC cartel no longer has the market power it had from the mid 1970s to the mid 1980s and from the mid 2000s, when surging Chinese demand temporarily created a global oil shortage and strengthened OPEC’s control of prices. Instead, the current situation is more like the period from 1986 to 2004 when North Sea and Alaskan oil development undermined OPEC’s power and made the oil market much more competitive.
Kaletsky argues that in a competitive market, price will equal the marginal cost of the highest cost producer necessary to balance demand and supply. The highest cost producers in this case are the shale oil producers in the USA. As he says:
Under this competitive logic, the marginal cost of US shale oil would become a ceiling for global oil prices, whereas the costs of relatively remote and marginal conventional oilfields in OPEC and Russia would set a floor. As it happens, estimates of shale-oil production costs are mostly around $50, while marginal conventional oilfields generally break even at around $20. Thus, the trading range in the brave new world of competitive oil should be roughly $20 to $50.
So who is right? Well, we will know in twelve months or more! But, in the meantime, try to use economic analysis to judge the arguments by answering the questions below.
The Price of Oil in 2015 Project Syndicate, Jim O’Neill (7/1/15)
A New Ceiling for Oil Prices Project Syndicate, Anatole Kaletsky (14/1/15)
- For what reasons might the five-year forward price of oil be (a) a good indicator and (b) a poor indicator of the long-term price of oil?
- Under O’Neill’s analysis, what would the long-term supply curve of oil look like?
- Are shale oil producers price takers? Explain.
- Draw a diagram showing the marginal and average cost curves of a swing shale oil producer. Put values on the vertical axis to demonstrate Kaletsky’s arguments. Also put average and marginal revenue on the diagram and show the amount of profit at the maximum-profit point.
- Why are shale oil producers likely to have much higher long-run average costs than short-run variable costs? How does this affect Kaletsky’s arguments?
- Under Kaletsky’s analysis, what would the long-term supply curve of oil look like?
- Criticise Kaletsky’s arguments from O’Neill’s point of view.
- Criticise O’Neill’s arguments from Kaletsky’s point of view.
- Will OPEC’s policy of not cutting back production help to restore its position of market power?
- Why might the fall in the oil price below $50 in early 2015 represent ‘overshooting’? Why does overshooting often occur in volatile markets?
As resources become scarce, the price mechanism works to push up the price (see, for example, Box 9.11 in Economics 8th ed). If you look at the price of petrol over the past few decades, there has been a general upward trend – part of this is due to growth in demand, but part is due to oil being a scarce resource. Many millions have been spent on trying to find alternative fuels and perhaps things are now looking up!
Air Fuel Synthesis, a small British company, has allegedly managed to make ‘petrol from air’. Following this, the company has unsurprisingly received finance and investment offers from across the world. However, the entrepreneur Professor Marmont has said that he does not want any company from the oil industry to get a stake in this firm. This doesn’t mean that investment is not needed or on the cards, as in order to increase production of petrol from thin air financing is needed. Professors Marmont said:
We’ve had calls offering us money from all over the world. We’ve never had that before. We’ve made the first petrol with our demonstration plant but the next stage is to build a bigger plant capable of producing 1 tonne of petrol a day, which means we need between £5m and £6m
Whilst the process appears to be a reality, Air Fuel Synthesis is a long way from being able to produce en masse. However, it does offer an exciting prospect for the future of petrol and renewable energy resources in the UK. At the moment oil companies appear to be uninterested, but if this breakthrough receives the financing it needs and progress continues to be made, it will be interesting to see how the big oil companies respond. The following articles consider this break-through.
Company that made ‘petrol from air’ breakthrough would refuse investment from big oil Independent, Steve Connor (19/10/12)
British engineers create petrol from air and water Reuters, Alice Baghdijan (19/10/12)
Petrol from air: will it make a difference? BBC News, Jason Palmer (19/10/12)
British engineers produce amazing ‘petrol from air’ technology The Telegraph , Andrew Hough (18/10/12)
- Explain the way in which the price mechanism works as resources become scarce. Use a diagram to help your explanation.
- As raw materials become scarce, prices of the goods that use them to work or require them to be produced will be affected. Explain this interdependence between markets.
- Why is investment from an oil company such a concern for Professor Marmont?
- Why is there unlikely to be any impact in the short run from this new breakthrough?
- If such a technology could be put into practice, what effect might this have on the price of petrol?
- How might oil companies react to the growth in this technology?
The price of petrol at the pumps has risen substantially over the past few years. In the UK, according to the AA, the average price between January and June 2011 was 133.13p. In the same period in 2010 it was 116.68p; and in the same period in 2008 it was 109.00p.
Over the first six months of 2011, the amount of petrol sold fell by 5.2 per cent. This was on top of the decline in consumption over the previous four years. Between 2006 and 2010 consumption of petrol fell by 17.4%. The consumption of petrol and diesel are given in the following table.
UK consumption of petrol and diesel (tonnes millions)