Posts tagged “climate change”
The Best Path Forward on Coal?
This week the Wall Street Journal is running the latest set of answers from their “Experts Panel.” Four questions were posed to the energy panel, and I chose to answer three of them. (The 4th was about solutions to the drought in the Western US — which I don’t feel qualified to answer). The first question I answered was “What’s the best way to move forward on coal?” – and my answer was published yesterday: The Case Against Burning Coal. That was followed up with a podcast “debate” between former Shell President John Hofmeister and myself on coal’s future: Time to Stop Burning Coal? WSJ Experts Debate.
I suppose the topic of climate change will always be polarizing. One side believes that fossil fuel consumption threatens our very existence while the other sees climate change as a huge scam that threatens to destroy economic progress. Of course there are many shades of gray between these extremes, but those with the most extremist views are generally the loudest voices.
Today I hope to engage some of those loud voices with a rational, fact-based discussion. CONTINUE»
Another Courageous Punt
I hadn’t planned to write yet another Keystone XL pipeline article, but I have gotten a lot of questions since the recent announcement by the Obama administration that they are still unable to make a decision on the project. I agree with the Washington Post’s assessment of the situation, that this is now into absurd territory.
At this point I don’t think the project will be approved by this Administration, although it could be approved by the next. I think this is a simple political calculation by President Obama, that by foot-dragging and delaying he is keeping his environmentalist allies at bay, but without all of the political fallout around Democratic Keystone XL supporters should he simply reject the pipeline.
This is one reason I would make a terrible president. I can’t play games like this. You make a decision. It can go one of two ways. You can say “I am going to make a stand along with my environmentalist allies who voted me into office and reject a continued expansion of fossil fuel infrastructure.” That would be a courageous stand, albeit one more steeped in symbolism than in measurable climate impact. More on that below. CONTINUE»
I’ve gotten four email alerts related to the Keystone XL pipeline from my local chapter of the Sierra Club. They talk about wolves, water quality, and toxins, but other than one reference to the Boreal Forest storing 11 percent of the world’s carbon, they make no mention of climate change. Here’s a sampling:
Russell, can you help? Wolf mothers and cubs are already cowering from helicopters dispatched to shoot them – all in the name of protecting tar sands mining sites.
The image has already been seared into my memory: wolves shot dead from helicopters to keep them away from the mines. I don’t want to see more of them dead, and I’m sure you don’t either.
Wolves are already at risk of being shot, but if Keystone XL is built, their quiet refuge in Canada will be all but decimated.
Sometimes the written word is easy to misinterpret. More than once I have written an article to find that some minor point I made became the focus, or that the point I was making was just lost. Most of the time that’s my fault, but sometimes it’s because an editor wanted to spice up the title and make it a bit more controversial. In that case, that can inflame the reader before they even begin to read, and they either make comments based on a misleading title, or they read the article with significant bias.
I think there is a risk of misinterpretation with today’s article, so I want to spell out my intent up front. This should not be read as a defense of ExxonMobil or their business practices, because that’s not what it is. It’s an attempt to get the reader to understand how they think, and why they do some of the things they do. Importantly, you may not be able to understand their actions given your view of the world. It’s not because they are simply denying reality so they can keep making money, they just don’t see the same things you see. Here is my attempt to explain that.
A Carbon Asset Bubble?
The 2009 Copenhagen Accord on climate change stipulated that if the worst impacts of climate change are to be avoided, we have to stop taking fossil fuels from the ground and burning them. Doing so has been increasing the carbon dioxide in the atmosphere for the past two centuries. Former Vice President Al Gore has been but one high profile voice advocating for leaving those fossil fuels in the ground, which would create a big problem for fossil fuel companies whose value is based on their fossil fuel reserves. Gore outlined his position last year in a Wall Street Journal editorial The Coming Carbon Asset Bubble. CONTINUE»
Shareholders Quiz ExxonMobil on Climate Risks
Last fall I devoted a lengthy post to the notion that future policies to address climate change expose investors in companies producing fossil fuels to a bubble in asset valuations. So I was particularly interested to see that ExxonMobil (XOM) issued a report this week responding to specific shareholder concerns along these lines. Although the term “carbon asset bubble” did not appear in XOM’s report, the latter’s references to carbon budgets and the risk of stranded assets in a low-carbon scenario were aimed directly at this emerging meme.
Unsurprisingly, ExxonMobil’s management reassured investors that, “none of our hydrocarbon reserves are now or will become ‘stranded’.” Wisely avoiding past tendencies to question interpretations of climate science, the company’s analysis appears to be grounded in mainstream views of climate change. It focuses on the costs and achievability of an extreme low-carbon scenario, and on the resilience of the company’s portfolio under various climate policies.
You Can’t Get There from Here without Breaking the Economy Again
XOM’s analysis is based on the company’s latest Outlook for Energy, an annual global forecast broadly similar to the main “New Policies” scenario of the International Energy Agency (IEA). It has fewer similarities to the IEA’s “450″ scenario that underpins carbon bubble claims. The company expects energy demand to grow at an average of about 1% annually over the next three decades–faster than population but much slower than the global economy–with increasing efficiency and a gradual shift toward lower-emission energy sources: Gas increases faster than oil and by more BTUs in total, while coal grows for a while longer but then shrinks back to current levels. Renewables grow fastest of all, producing about as much energy in 2040 as nuclear power does today. As a result of these shifts global greenhouse gas (GHG) emissions peak around 2030 and then decline gradually.
Today I continue coverage of my recent visit to the Athabasca oil sands near Fort McMurray, Alberta. I was there as a guest of the Canadian government, which hosts annual tours for small groups of journalists and energy analysts. I will be covering multiple aspects of oil sands production in a series of posts.
In last week’s post — Oil Sands and the Environment – Part I — I discussed greenhouse gas emissions, impacts on wildlife, and I touched upon water usage. I also detailed some of the work of Pembina Institute (PI), which is working to improve the environmental conditions as the oil sands are developed. Today’s article will discuss the tailings ponds, water consumption, impacts to water quality, and impacts to indigenous people.
There are two primary ways of extracting bitumen from the oil sands. In situ production involves injecting steam into the ground to heat up the bitumen which is then pumped out of the ground. Surface mining is done when the resource is fairly close to the surface. During my trip we visited one in situ producer – Cenovus Energy – and one surface miner – Canadian Natural Resources Limited (CNRL). These methods will be discussed in greater detail in next week’s post. CONTINUE»
I spent the past week in the heart of the Athabasca oil sands in Fort McMurray, Alberta. I was there as a guest of the Canadian government, which hosts annual tours for small groups of journalists and energy analysts. During my trip I was told that the only person who ever asked as many questions as I did was when David Biello from Scientific American was a guest. (You can read one of David’s articles from his trip here).
I felt like I learned enough to write a book on the oil sands, so I have a great deal of information I want to share with readers in a series of articles. In these articles I will provide an overview of the oil sands, compare and contrast the different ways of processing them, discuss the environmental issues, and then discuss the particular companies that I visited on this trip — Cenovus Energy and Canadian Natural Resources Limited.
I want to start this series with a 2-part discussion on the environmental issues. Generally when people think of oil sands, the environmental issues are foremost on their mind. That has always been the case with me, so most of the questions I asked during my trip related to the impact of oil sands development on the environment. This is a very contentious issue, and one in which the battle lines have been drawn. CONTINUE»
In their Wall St. Journal op-ed this week, Al Gore and one of his business partners characterize the current market for investments in oil, gas and coal as an asset bubble. They also offer investors some advice for quantifying and managing the risks associated with such a bubble. Their article is timely, because I have been seeing references to this concept with increasing frequency, including a recent article in the Financial Times, as well as in the growing literature around sustainability investing.
Although bubbles are best seen in retrospect, investors should always be alert to the potential, particularly after our experience just a few years ago. In this case, however, I see good reasons to believe that the case for a “carbon asset bubble” has been overstated and applied too broadly. The following five myths represent particular vulnerabilities for this notion:
1. The Quantity of Carbon That Can Be Burned Is Known Precisely
Mr. Gore is careful to differentiate uncertainties from risks, which he distinguishes for their amenability to quantification. For quantifying the climate risk to carbon-heavy assets, he refers to the widely cited 2°C threshold for irreversible damage from climate change, and to the resulting “carbon budget” determined by the International Energy Agency. As Mr. Gore interprets it, “at least two-thirds of fossil fuel reserves will not be monetized if we are to stay below 2° of warming.” That would have serious consequences for investors in oil, gas and coal.
A Kindred Spirit
I have a very busy travel schedule this week, so this one is a little bit late and a bit rushed.
Last week I had the pleasure of meeting Gal Luft, co-director of the Institute for the Analysis of Global Security (IAGS). It was a funny sort of meeting, because I didn’t know he was coming, as he had come to visit someone else. When I was introduced to him we both said to each other “Hey, don’t I know you?”
We figured out that the reason we knew of each other is that we have both been advocates of using methanol as fuel. In fact, I referenced Dr. Luft and his frequent co-author Anne Korin in my book Power Plays. During his visit, he left a copy of their most recent book Petropoly: The Collapse of America’s Energy Security Paradigm. CONTINUE»
This is the 6th and final installment in a series that examines data from the 2013 BP Statistical Review of World Energy.
The previous posts were:
- Renewable Energy Status Update 2013
- Hydropower and Geothermal Status Update 2013
- The State of Oil According to BP
- The US is the Gassiest Country
- King Coal Gets Fatter, While The US Goes on a Diet
Today’s post looks at carbon dioxide emissions, and if you are concerned about climate change the results aren’t good.
The “highlights” are:
- Global carbon dioxide emissions increased by 1.9% to reach a new record high in 2012
- China led all countries in the categories of most carbon dioxide emitted and the greatest increase in emissions
- The US had the greatest decline of any country, with carbon dioxide emissions falling by 217 million metric tons from 2011 levels
- However the US is responsible for 25% of the carbon emitted to the atmosphere over the past 50 years
- Of the countries tracked, 25 saw decreased carbon dioxide emissions from 2011 levels and 39 countries experienced increased emissions
Emissions Keep Climbing
Global carbon dioxide emissions increased to 34.4 billion metric tons (BMT) in 2012. This was a new global record, 1.9% above the previous record set a year earlier. Over the past decade carbon dioxide emissions have increased by 32%. And since 2004 the increase in global emissions has been 5.9 BMT, which is an increase greater than total US emissions.