TLDR: Humanity will continue to consume lots of oil for decades and the price will be relatively high. Oil stocks are cheap and thus a buy.
With the rise of electric and hybrid vehicles, a global political movement to combat climate change (Hi, Greta!) and strong growth in renewable energy it’s easy to think that the demise of the oil and gas industry is imminent.
Oil is the most important natural resource in the history of the world — no sector is more entrenched in the global value chain and the political system. Its cheap and abundant availability is a necessary condition for most personal mobility, logistics, electricity production, heating, fertilizers, packaging and various industrial processes.
Petroleum is an incredibly versatile raw ingredient: unless we dramatically change packaging, fertilization, pharmaceuticals, cosmetics and other uses of plastics, oil demand will be high for years. In his book Making the Modern World: Materials and Dematerialization Vaclav Smil points out that de-materialization (Cars are getting lighter and entire categories of products are replaced by smartphones, lots of things can be delivered over the internet instead of having to be printed on paper and shipped) is happening, but humanity still devours an astonishing quantity of petrochemicals.
Closely related to oil is natural gas, it’s often a byproduct to oil production To quote Australia’s APPEA:
[Gas] is also important for fuelling many industrial operations, including glass and steel foundries, aluminium or nickel smelters, and many manufacturing industries. Gas is used in producing fertilisers and a wide range of industrial products, including plastics and polymers, textiles and paints and dyes.”
For an overview of American petrol usage, the EIA provides a good summary
The current installment of 1.3bn cars on planet Earth is not just growing quickly, but will be around for a long time. About 80m cars are sold globally per year. It’s hard to estimate how many vehicles are decomissiond, because cars that are not longer wanted in wealthier nations often get transported to lower GDP countries to have a “second life”. Some predictions say we will see 2bn+ internal combustion engine (ICE) cars within a couple of decades. The average US car in 2018 consumes around 9.5l of fuel and the average American drives 21700km per year. That’s almost 2100l of petrol per person per year, just for personal mobility by car (e.g. ignoring the kilometers traveled by the products we consume or when we fly, take boats, trains etc).
One could think that most people want to protect the environment and therefore purchase low-emissions cars like the one below
But this is rarely the case, the #1 most sold car of 2018 is he Ford F-150! Not exactly the most climate friendly mobility option, but people can’t get enough of large trucks. More than one million of these machines have been sold in 2018 alone.
Together, Dodge’s RAM pickup and GM’s Silverado, both comparable in size to the F150 above, contribute another ~1.2million sold pickups in the US in 2018.
There’s an unprecedented shift towards SUVs and trucks in the car market. In Germany, more than 20% of new cars sold in 2019 are SUVs, dubbed “offroad city-cars”. For the first time since 1995, the trend of falling fuel consumption in Germany has been broken. The average car on the road in 2017 uses more fuel than in 2016.
the importance of oil
The willingness of national governments to spend trillions of dollars in military operations to secure oil supplies and to accept (or even support!) dictatorships that are guilty of human rights violations offers a glimpse into just how important crude really is. Leif Wenar’s book “Blood Oil” gives an grueling account of the current situation. Memories of the oil price shock and its devastating effects are deeply ingrained in the minds of politicians, consumers and voters. Growth, stability and prosperity are at risk if oil is not readily available.
A large parts of oil production goes into moving ships and airplanes. There are no fundamental technological changes in sight in these areas and these machines tend to be used for a long time, there will be a lot of demand for oil in the decades to come, even if 100% of cars are electric. As of now, Boeing has an order backlog of 4415 737 airplanes while that of Airbus stands at 7172 jetliners. Without a single new order they’ll still build planes at full capacity for years to come. I invite you to look into infrastructure spending for airports in China and observe how many airplane orders are coming in from India. A commercial space industry is developing in the US and China; the number of rockets launched into space is growing quickly.
Over 51.000 cargo ships are cruising the world’s oceans, their average size is increasing. The biggest transport ship can now carry more than 21.000 containers. These are big, thirsty machines. With IMO 2020 rules (less sulphur in the fuel) going into effect, more clean fuel will be needed. Right now, ships are burning some of the dirtiest petrol imaginable.
The world is getting much richer; consumption is rising almost everywhere: A $100tn world GDP is coming up fast around 2022? — the world will look very differently once almost everybody consumes the way Westeners do (just think about how much catching up large parts South America, Africa, South East Asia and India still have to do). I believe it is reasonable to assume that several billion additional humans will want to attain a western standard of living: a nice house, a car, several vacations per year and a variety of consumer products from across the globe. By 2050, the UN estimates that there will be just shy of 10 billion humans, the majority of whom will live in cities.
According to the UN, 14% of the world’s population does not have access to electricity, I expect this number to rapidly decline in the coming decades
A little personal side-note: I recently took an Uber pool in Paris and shared it with a young couple from India, they weren’t living in the French capital, they came as tourists (good for them!) - imagine how much more flying will take place once the majority of the world population gets a taste for global tourism.
The rise of LNG
Liquefied natural gas is compressed natural gas that takes up 600 times less volume. It can be transported by ships for delivery around the world. Before LNG came into widespread use, there had to be a direct pipeline between a natural gas production site and a the location of its usage (direct delivery to homes for heating and cooking or to a gas turbine to produce electricity). With large LNG tankers, it becomes feasible for natural gas from Qatar to be used in Chinese homes, or Australian gas to be used to produce electricity in Pakistan. As more LNG terminals are being built, gas from Texas will be used in Japan. In 2018 around 314 million tons of LNG have been sold, a yearly growth rate of ~8%.
The demise of coal
More than a quarter of the world’s electricity needs are still met through the burning of coal. As the dirtiest-burning fossil fuel (in terms of CO2-emissions), lots of political pressure makes coal less economical (fewer subsidies, protesters hindering construction projects). Air pollution is so bad in many areas of the world, especially in metropolitan agglomerations that coal plants are being turned off. Often to be replaced by cleaner burning natural gas, especially in China there is strong policy support for coal to gas switching.
Global warming, cold US-winter
Earth’s weather is an extremely complex system: Change one variable, such as the amount of ice in the Arctic, and plenty of unexpected things might start happening. The polar vortex reaching further south is one of them. While the temperatures are rising globally, some exceptionally long and cold winters have been recorded in the Northern hemisphere. For more detail, please consult this article from National Geographic.
Especially in the United States, where many homes are poorly insulated, cold weather directly translates to higher gas energy consumption. Around 50% of American homes are heated using natural gas. An inverse effect can also be observed: through global warming, summers are getting a lot hotter in many densely populated areas, leading people to direct more energy towards cooling, once again increasing natural gas demand and making global warming worse.
The decline of Nuclear Energy
In principle, nuclear energy should be a powerful force in fighting climate change. There are no CO2 emissions, there is no air pollution and electricity can be produced cheaply and reliably. The questions of what to do with nuclear waste and how to minimize the probability of a meltdown (3-mile Island, Chernobyl and Fukushima are not forgotten) prevent the large funding to make this technology part of the future. There is a global trend to phase out nuclear energy, you can find an exhaustive overview here.
Fusion is promising but it always seems to be decades away from production use. There are promising technologies under development, but it remains an open question whether political obstacles and technological hurdles can be overcome.
low interest rates
In order to default, oil majors would have to face difficulties serving their debt. The last 10 years have seen some of the lowest interest rates and the rise of Quantitative Easing (central banks purchasing bonds in the open market in an effort to decrease interest rates and stimulate economic activity). While absolute debt loads are pretty high, the interest rate that firms have to pay is at record lows. Most large companies can easily serve bond-holders even with limited profitability. As an example, here’s an overview of Shell’s debt maturities. They have been able to borrow $1.2bn for an interest rate of 0.375%! As old bonds are retired, companies are getting more credit-worthy, because they refinance at much lower rates.
As renewable energy in the form of wind and solar becomes more prevalent, natural gas becomes a lot more attractive. While coal and nuclear plants take a long time to power up and down, natural gas is excellent for load-balancing (to quickly step in when there is not enough sunlight or wind), energy transportation and storage. Energy storage becomes important whenever there is a mismatch between the amount of electricity produced and consumed: on a sunny summer day, solar panels might produce more electricity than is used in their immediate vicinity and, conversely, there’s sometimes not enough wind to cover the energy demand.
Renewable energy such as solar and wind power can expect a large boost if battery and energy transportation technologies come to fruition.
The US shale boom
Natural gas prices have been falling for years and are currently at a decade low in the United States. I presume that this will lead to a large build-up of investment in to gas turbines and LNG terminals to enable cheap and dependable electricity consumption. As more and more consumption takes place and less investment into new production infrastructure is made, rising prices should be expected. Some industry observers forecast a supply shortfall around 2023. The low gas prices hurt right now (especially for smaller firms that only make money through upstream activities), but integrated majors such as Total, Shell and Chevron can withstand these challenges.
I hope that humanity will be able to free itself from its addiction of fossil fuels (arguably it is the primary reason for violent conflict in the last 30 years and the driving force behind climate change), but my bet is that things will get worse for a lot longer before we even reach the inflection point of “peak oil”.
Change must happen. Change will happen. I don’t think the oil and gas industry is anywhere near to disappearing. Given the current valuation of many integrated oil majors, the favorable growth and interest rate environment, I believe that it is a good time to invest in oil companies.