Welcome to the Oil & Data Analysis section of this website
The aim of this website is to provide understanding of past, current and future global oil supply. A key factor in this is the use of good data and good oil forecast models, and where much of the confusion over oil supply has stemmed from the use of poor data and poor models.
Here we provide a selection of relevant information:
Note: To download papers in The Oil Age, go to the ‘View Articles’ page of this website.
1. A useful recent summary paper is: The Resource‑Limited Plateau in Global Conventional Oil Production: Analysis and Consequences, Bentley et al., July 2020, in Biophysical Economics and Sustainability.
The paper uses URR estimates for global oil from a number of sources, including Campbell, Laherrère, Globalshift Ltd, IHS Energy and Rystad, to analyse the current plateau in global production of conventional oil. It then sets out some of the serious consequences of this plateau, and identifies the main drivers for oil price changes over the last 100 years. Current oil forecasts are critiqued in the paper’s Annex 2.
A read-only version of this paper can be accessed via the publisher’s link at: https://rdcu.be/b5afK
2. In terms of oil analysis, it is important to avoid the use if possible of proved oil reserves, and of R/P ratios. The reasons for this are given in the paper: The Need for Strong Caveats on Proved Oil Reserves, and on R/P Ratios by R.W. Bentley,
which is available for download free here: DOWNLOAD PDF
3. For a comprehensive guide to sources and reliability of oil data see the three-part paper by Laherrère et al.: Oil Forecasting: Data Sources and Data Problems, published in the Autumn 2016 to Spring 2017 issues of The Oil Age. (It is intended that an updated and shortened version of this paper will be published in a special issue of Biophysical Economics and Sustainability early in 2021.)
4. For a guide to how much oil of different types the world contains – the estimated ultimately recoverable resources (URRs) of the various classes of oil – see the following:
– Figure 2-6 of the 2007 report from the US National Petroleum Council report: Hard Truths – Facing the Hard Truths about Energy, where this figure is originally from: Ahlbrandt, T.S. and Klett, T.R. ‘Comparison of methods used to estimate conventional undiscovered petroleum resources’, Natural Resources Research, 2005.
– International Energy Agency report: Resources into Reserves, 2013 edition; see in particular Figure 13.17.
– The paper by S. Andrews and R. Udall: Oil Prophets: Looking at World Oil Studies Over Time; published in the July 2015 issue of The Oil Age; and see in particular Appendix 1.
– The three-part paper: A Review of some Estimates for the Global Ultimately Recoverable Resource (‘URR’) of Conventional Oil, as an Explanation for the Differences between Oil Forecasts by R.W. Bentley, published in the July and October 2015 and Spring 2016 issues of The Oil Age.
5. Use of Oil Proved Reserves
If you wish to carry out oil analysis, but do not have access to oil industry backdated proved-plus-probable (‘2P’) oil discovery data (which can be difficult to assemble, and expensive to buy) then public-domain proved (‘1P’) oil reserves (and hence ‘1P oil discovery’ data) can be used, providing an approach informed by the 2P data is used. For guidance on this see: Forecasting Oil Production using data in the BP Statistical Review of World Energy by R.W. Bentley, January 2015 issue of The Oil Age.
6. Oil Forecast Models
A wide range of oil forecast models exists, some good, some less so. The models described in The Oil Age are those of Colin Campbell, Globalshift Ltd. (M. Smith), Jean Laherrère, Richard Miller (a detailed by-field model developed from work done at BP), Christophe McGlade (the ‘BUEGO’ model), Rystad Energy (E. Wold), and Voudouris et al.’s ‘ACEGES’ model.
More ‘mainstream’ oil forecast models, such as those from the IEA, US EIA, OPEC and consultancies often have descriptions – or at least, partial descriptions – provided by the organisations involved.
For a comparison of some of the existing oil forecast models (and views) see Chapters 3 and 4 of Introduction to Peak Oil by R.W. Bentley, Springer 2016; and the summary in Annex 2 of the paper listed above: The Resource‑Limited Plateau in Global Conventional Oil Production: Analysis and Consequences.
7. The Price of Oil
There is an immense literature on the price of oil, much of dubious quality. A summary of the main drivers for changes in the price of oil over the past century is given the paper: The Resource‑Limited Plateau in Global Conventional Oil Production: Analysis and Consequences, listed above.
For a detailed explanation of the oil price, based on access to oil industry backdated 2P oil discovery data, and on the outstanding history of oil by Yergin in The Prize: The Epic Quest for Oil, Money, and Power, Simon and Schuster 1990, see:
– Explaining the Price of Oil 1861–1970: The need to use reliable data on oil discovery and to account for ‘mid-point’ peak, Bentley, R.W. and Bentley, Y. The Oil Age, April 2015.
– Explaining the price of oil 1971–2014: The need to use reliable data on oil discovery and to account for ‘mid-point’ peak, Bentley R.W. and Bentley, Y. Energy Policy, 2015, vol. 86, issue C, pp 880-890.
8. Other topics
The journal The Oil Age has a number of other papers on oil of potential interest. These include:
– Oil questions still outstanding (and hence possible topics for student research projects): Unresolved Questions on Oil, other Energies, and Economics: Providing Insight into the Coming Energy Problems, by R. Bentley and C. Campbell.
– Ugo Bardi’s perspective piece: The Grand Challenge of the Energy Transition.
– An explanation of why peak oil was a factor behind the civil war in Syria: Peak Oil weakened Government finances ahead of the Arab Spring in 2011, by M. Mushalik.
– Charles Hall on the importance of EROI ratios: EROI Ratios of Energy Sources as Inputs to Energy Forecasting: Implications for Long-Term Prosperity.
– A special issue on M.K. Hubbert, with contributions from Mason Inman and Steve Andrews.
– The Debate and Reality of Peak Oil in China, by Wang, K. et al.
– Production Outlook for Global Fossil Fuel Resources, and Resulting CO2 Emissions, by Wang, J. et al.
– Saudi Arabia – Can It Deliver?, by Zagar, J.
– Oil Reserve Estimation and the Impact of Oil Price, by Campbell and Gilbert.
– A Perspective on Oil and Gas Produced by ‘Fracking’, by Walter Youngquist.
And finally, for fascinating personal stories about how some of those interested in peak oil came to the topic, see the Peak Oil Personalities, Colin Campbell (ed.), 2011, Inspire Books, Skibbereen, Ireland.
Note: We are always happy for feedback and corrections to this website; in the first instance please contact Noreen Dalton at: email@example.com