1/Ok y’all, this @jasonbordoff piece is just fantastic. His boldest, and in my opinion accurate, claim is that petrostates will be winners of climate change policy. So let’s unpack that with a THREAD. foreignpolicy.com/2020/10/05/cli…
2/The first principle you need to understand is the nature of current oil production and reserves:
Big Oil (Majors) makes the most headlines, but National Oil Companies (NOCs) have the most oil. Big Oil only controls ~10% of global oil reserves. webstore.iea.org/download/direc…
3/And beyond that, not all reserves are equal. Check out WoodMac’s estimate on breakevens by resource. Notice something? The VAST MAJORITY of low cost oil is controlled by NOCs. woodmac.com/reports/upstre…
4/This dynamic is important as we enter the energy transition and oil begins to decline. Often cited by the oil industry are charts like this, from McKinsey, show that even in transition scenarios, new investment is still needed to offset decline. mckinsey.com/solutions/ener…
5/So yes, more investment is needed, but the TRILLION dollar question is, which investment? Historically, OPEC countries, and NOCs more broadly, have balanced priorities of volume of production with strategic considerations and a desire to maintain pricing power.
6/But if the world starts shifting away from oil, the rules will be rewritten entirely. Let’s take a look at an important metric: Reserve-to-Production (R/P) ratio. Notice two regions, C. and S. America and Middle East, are dominant. bp.com/content/dam/bp…
7/At 130 and 75, the R/P of these regions implies they have decades of oil, even before accounting for new discoveries (reserves replacement). These numbers are so high for a mix of economic, strategic, and geopolitical reasons, but make for a useful thought experiment.
8/So here is the thought experiment: let’s say the world gets serious about climate change, to the point that we move off of fossil fuels in a timeframe like what China has proposed, by 2060. bbc.com/news/science-e…
9/If you are a country with 75 years worth of oil reserves, but the market only remains for the next 40 years, what to do? Well in this simple thought experiment, you better at least double production.
10/This gets to the crux of @jasonbordoff prediction: that low cost oil from the NOCs will enable them to keep producing the longest. And in fact, their incentives may be to RAMP UP production as global oil demand declines.
11/And prices may not necessarily be low. There will still be volatility on the way down, and Big Oil, with higher cost resources and increasingly harsh conditions for policy and financing, may not be able to respond. Leaving remaining profits for the NOCs.
12/This goes a long way to explain financial markets generally souring on Big Oil, to the point that it’s just a tiny fraction of the S&P. It’s not just about how much oil the world needs in the energy transition, it’s about where it will come from. bloomberg.com/opinion/articl…
13/So the Big Oil vs. NOC dynamic has always underpinned the energy sector, but as we enter the energy transition, everyone might act quite differently than they have in the past to prevent being the only one without a chair when the music stops.
14/And that means NOCs may actually RAMP production in the face of oil demand decline. After all, they don’t want to be sitting on decades worth of stranded assets if the world moves away from oil this century.
15/So give the @jasonbordoff article a read and rethink how you see the energy transition. Big Oil is in a precarious position, and the conversation on oil production and emissions must be broadened with more focus on NOCs. END. foreignpolicy.com/2020/10/05/cli…
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1/Emissions calculations for different techs have major impact on legislation, regulation, and customer perception, especially for geothermal, but are often not well understood. So today, a THREAD on operational and life cycle emissions, technologies, and how it impacts policy.
2/Some definitions. When we think about emissions for technologies, two common categories are operational emissions, just the emissions released at the source during operations, and life cycle analysis (LCA) emissions, which are all of the emissions in the entire process.
3/This graphic for cars is useful. The operational emissions are what come out of the tailpipe, but the LCA emissions are everything. Mining, manufacturing, fuels, recycling, land use, etc.
1/This excellent NYT piece covers the shift in decarbonization to gas as coal gets phased out.
We’ve been arguing for so long about if gas can be a “bridge fuel”, we’ve missed the point. It’s already been a bridge fuel. But, a bridge to what? THREAD nytimes.com/2020/07/06/bus…
2/How long have we been talking about the “bridge fuel”? Well check out comments from the 1992 Global Warming and the Earth Summit from none other the Kenneth Lay, yes that Kenneth Lay, of Enron fame:
3/This narrative of “bridge fuel” was seized on for decades, championed by folks like Aubrey McClendon (for the uninitiated, Aubrey is to fracking as Elon is to EVs) in conjunction with environmentalists like the Sierra Club as recently as 2010. science.time.com/2012/02/02/exc…
1/It has come to my attention that not everyone is aware of the incredible leadership Houston has shown on climate recently. This ain’t your 1980s Houston anymore. So inspired by @drvox, here is a roundup of some the great climate work from @HoustonTX:
2/First up renewable energy purchases: Houston will be 100% powered by renewable energy by 2025:
3/This is part of a long history of renewable energy purchases. Here is a notable one from 2013 that made Houston the largest municipal purchaser of renewable energy at the time: c40.org/blog_posts/hou…
1/The new drilling rig count numbers today show the historic reduction continuing, but also an increasing divergence of the fate of oil and natural gas. This has important implications on pricing, and as a result the clean energy transition, so, a THREAD.
2/In terms of the clean energy transition, oil mostly impacts adoption of transportation technologies while mostly impacts the electricity sector (simplifying a bit), so you need to understand them separately to evaluate the impacts.
3/Oil and natural gas prices used to be correlated. This interesting chart from @EIAgov shows strong positive correlation between oil and gas throughout the 2000s, followed by essentially no correlation through the 2010s. eia.gov/finance/market…
1/Ok, time for another Wonky Thoughts About What the Oil Price Crash Means for the Clean Energy Transitionᵀᴹ, this time with a focus on gasoline demand, refining, and what it can teach us about EV adoption. THREAD
2/Shelter-in-place means people aren’t driving as much. That predictably has made gasoline demand drop like a rock, which has made prices drop like a rock too. Check out RBOB gas futures, down 70% (!!) y/y.
3/But here’s the interesting part: gasoline and diesel are moving in different directions. The “crack spread”, basically the profit a refiner makes on the product, was ~$20/bbl for BOTH gasoline and diesel at the beginning of the year.
1/There has great analysis on what the oil price crash means for renewables, but I haven’t seen anything on the most impacted renewable: geothermal.
Now that WTI is flirting with $20, a quick THREAD on why this is a major positive development for geothermal development costs:
2/Geothermal involves drilling deep wells into hot areas to directly produce steam, which means it’s supply chain overlaps significantly with oil and gas. As much as 50% of the cost of geothermal comes from drilling, so a plunge in oil prices can drop costs dramatically.
3/The oil price crash has been far, fast and unprecedented. This chart from @javierblas shows how the 2020 crash has been faster than any in modern history, which means the impact on the services costs will likely be greater than ever before. pbs.twimg.com/media/ETbSB0hX…