The above clip came from a lunchtime talk that Robert F. Kennedy Jr. gave to the Colorado Oil and Gas Association on July 8, 2010, during the Energy Epicenter conference.
Many arms-length observers of the energy industry see it as a monolith that supplies a product that they wished they could live without. What they do not often see is that the industry is full of cracks and fissures caused by aggressive competition for customers. Winning the marketing battles can mean the difference between vast wealth and daily struggles for mere survival as a business.
The natural gas industry has been working hard for many years to overcome some natural disadvantages by emphasizing particular competitive strengths. Compared to coal, natural gas has a substantially higher cost per unit of heat delivered and it cannot be stored in cheap, accessible piles. On the plus side, gas burns more cleanly, can be used directly in low capital cost machines, and can be delivered via a pipeline instead of carried by rail or truck. Both fuels are mainly supplied from domestic sources; both due to a relative abundance of current supply and because both fuels have costly transportation requirements.
It is easy to see by the way that the energy market has developed where each of these features is more important. Natural gas has taken the home heating and cooking markets almost completely away from coal, which supplied most of those energy demands before World War II. For large power plants that are near coal mines, accessible rail or water transportation systems, the savings in cost per unit of heat makes coal far more competitive – among fossil fuels, coal dominates the baseload power generation market.
Natural gas suppliers are not satisfied with their current market position; they want to make inroads into portions of the market that is currently dominated by coal (and uranium). However, even at today’s natural gas prices – which are at the break-even point for some suppliers – natural gas cannot achieve market wins against most existing coal-fired power plants.
Aside: Trying to win competitive battles agains existing uranium fission power plants in the market is even more difficult. Kneecapping is one of the few tactics with some hope of working. End Aside.
That is why more members of the natural gas industry are listening to alliance proposals from people like Robert F. Kennedy, Jr.
In the above clip, Kennedy makes a strong pitch and describes shared interests in hopes of gaining additional clout. I think that most people would agree that his words provide a definite undercurrent of carrot and stick salesmanship. He tells his audience that action by his associates in the political activist and trial lawyer communities will increase sales of natural gas by a substantial amount. In return, they want both political and financial support.
The environmental community is going to strongly support these new rules; we ought to have strong support from your industry.
The stick in his pitch is a reminder that his associates have been at least somewhat successful in their efforts to teach others not to believe industry. I could be totally wrong, but it sure sounds like the implication is that those associates will use the same tactics against the natural gas industry if it does not agree to support the attacks against coal.
But if you look at the ads that are being run, they look the same as the coal ads. You know, they say we’re clean, we’re local. And nobody believes the coal industry. We’ve all be taught that coal is just lying to us. And so, I think many Americans are going to look at those same advertising campaigns coming from your industry and say “oh, it’s just another carbon industry that is lying to the American people.” (Emphasis in original.)
I want to try to make my own position clear. My professional training, study and personal history has taught me that reliable energy is a fundamental building block of human prosperity. I would prefer burning dirty coal to no energy at all. However, I also believe that continuous technological improvements that recognize more measures of effectiveness than pure cost make human prosperity even more attainable. Finally, I am an unashamed, unapologetic patriot who cares deeply about the fate of America and hates seeing us act like addicts on the world stage in order to get our continuous fix of hydrocarbons from suppliers that use our addictions to influence our policies.
In my own personal ranking of useful energy sources, uranium, plutonium and thorium are at the top. There are about 1600 posts on this site that help to explain that ranking.
Domestic coal with serious efforts to reduce its ecological impacts comes next. Coal is an abundant American resource that still employs a fair number of hard working, community minded people, though mechanization has significant reduced its importance as a direct job generator. Its relatively low cost enables a lot of other jobs in energy intensive industries.
Natural gas is a useful fuel for direct heating applications and indoor cooking and makes a great raw material for chemical processes. We should recognize that a 2000 trillion cubic feet domestic resource base does not indicate a sustainable oil alternative when annual consumption is already 23 trillion cubic feet per year.
We should also recognize that the same multinational companies that have amassed vast wealth and power by moving oil from dictatorships and oligarchies to energy consumer markets are investing huge sums of money to enable them to apply that same model to natural gas. They have developed the technology to transport it relatively economically as long as they can achieve sufficient sales volumes once the capital intensive LNG infrastructure is built.
Existing hydropower is a tremendous resource that should be well maintained and protected, but there is simply not much room for expansion in most place that use a lot of energy. Recent droughts in countries that went all in for hydro have shown that it is never a good idea to put all eggs into a single basket. (By the way, nuclear fission is not a single basket any more than chemical combustion is a single basket.)
I do not put wind, solar, and geothermal into the category of being worth much time or investment. They are too unreliable or geographically limited for my taste. Investments in those sources direct too much material and human capital into non productive assets. I find it interesting that multinational oil and gas companies spend so much of their advertising budget telling people that those are the next big energy sources. It is sadly amusing to see how many people believe that deceptive pitch.
Rod Adams
Rod Adams is Managing Partner of Nucleation Capital, a venture fund that invests in advanced nuclear, which provides affordable access to this clean energy sector to pronuclear and impact investors. Rod, a former submarine Engineer Officer and founder of Adams Atomic Engines, Inc., which was one of the earliest advanced nuclear ventures, is an atomic energy expert with small nuclear plant operating and design experience. He has engaged in technical, strategic, political, historic and financial analysis of the nuclear industry, its technology, regulation, and policies for several decades through Atomic Insights, both as its primary blogger and as host of The Atomic Show Podcast. Please click here to subscribe to the Atomic Show RSS feed. To join Rod's pronuclear network and receive his occasional newsletter, click here.
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It may come as surprise to some that there is still a significant amount of undeveloped traditional hydro potential left in North America. The National Hydropower Association (U.S.) river basin studies show a potential of 73,200 MW of additional U.S. hydroelectric capacity in 5,677 undeveloped sites. There is even more potential in Canada, including the Far North where eight major rivers draining into the Arctic Ocean are considered ripe for exploitation. Of course this is emphasizing engineering feasibility and some economic analysis, but no environmental considerations. Despite the widespread belief that hydro is the ideal clean source of renewable energy the bald fact is that it is hugely destructive to local environments and can and does create disruptions to the hydrology of an area several orders of magnitude greater. This also doesn’t consider the fact that in many cases in the West of the continent, many water resources are controlled to provide irrigation, and cannot be used for hydro generation with out major modifications to the irrigation system.
Rod: Very interesting articles. The mainstream broadcast media doesn’t do a very good job of covering these ‘inside baseball’ stories wrt energy, so it’s refreshing to see *someone* providing some coverage. It’s almost shocking to hear a political person being so blunt and honest as RFK Jr. is being in these videos.
However, I’m not sure I view these videos as being quite as ‘sinister’ as you seem to believe them to be. Is it ‘kneecapping’, to demand industries to clean up their pollution? Yes, that might raise the costs, but one could view a regulatory environment where they aren’t required to clean up their emmissions as, thereby passing those costs onto the public in the form of public health problems, as a *subsidy* at the expense of the public’s health.
Personally, I’d rather pay a few cents more per kilowatt hour, as much as that would suck, than to pay with my health. I’d rather pay the electric utility to clean their emissions, than to pay doctors to try to heal me of the consequences (with no guarantee of success).
If it happens that increasing the cost of coal to what it *should be* makes other energy sources more competitive, that’s just economics and business. It should be noted that increased pollution control related costs for coal also stands to benefit nuclear power as well – for nuclear, Coal has always been ‘the one to beat’ in terms of cost.
With regards to natural gas, specifically, I”ve posted before that I’d rather see us use nuclear for electricity, and natural gas for other purposes where it’s better suited than nuclear – I believe you and I are in complete agreement on that point. But, having solar thermal plants (in places where they make sense, at least – California, Texas, Arizona, etc – I’m kind of opposed to the idea of using subsidies to build solar in places like Ohio, where I live, and other northern, cloudy states, because I think it’s a waste of money) which burn gas at night doesn’t sound like a completely unreasonable idea to me. As long as it doesn’t need subsidy to be cost competitive.
What I see as being true is that the amount of solar power, wind, hydro we can effectively use is somewhat limited by geography, so we should be having a blend of solar, wind, geothermal, hydro *where they make sense*, with Nuclear to provide baseload, and nuclear in places where other power just doesn’t make sense.
I’d love to see a future which was something like 50-75& of power provided by nuclear, with the remainder provided by ‘renewables’, so long as it actually makes financial sense. I think the best way to ensure that we make decisions that make *financial sense* is to use the free market, with as little government subsidy and other forms of governmental ‘fracking it all up’ as possible. In general, private investors are pretty effective at throwing money where it makes sense.
We just need to work on making sure that nuclear *makes sense* financially – which means getting unreasonable regulations and harrassing litigation under control, along with plant designs which can be more cheaply built. If Nuclear can “stand on its own” financially, all the anti-nuke “environmentalists” (and yes, I somewhat share your disdain for labelling them as such, because it makes it appear that anyone who doesn’t agree with them is somehow *against* the environment, which we know isn’t true) won’t be able to fight it. As long as we get the economics of nuclear where they *naturally* should be, it will simply be making too much money for too many investors, and *will* eventually dominate in a free market.
Rod Adams wrote (parenthetically): By the way, nuclear fission is not a single basket any more than chemical combustion is a single basket.
This is quite a profound statement. Most people would agree that we need energy diversity. However, most people consider nuclear energy to be just a single category. As Rod points out, it is NOT a single category. Thus we can still have a great deal of energy diversity while having a large part of our total energy coming from fission. We need to shout this fact from the rooftops. However, to make a functioning reality, we need to go full speed ahead on developing various Gen IV reactors.
@harlz – Yesterday, The Energy Collective hosted a discussion about natural gas featuring a former Texaco oil and gas trader (Geoff Styles, the Managing Director of GSW Strategies and the publisher of the Energy Outlook blog) and a Shell Oil company executive. Charles Barton submitted a question that stumped them when he asked about the radon content in natural gas. Apparently, the gas industry has not yet issued talking points to help their people respond to this kind of questioning about their “clean natural gas.”
I would post a link to the webcast archive, but it is not yet posted at The Energy Collective.
Yeah, I’m sure that natural gas is the largest source of radon in my house.
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It may come as surprise to some that there is still a significant amount of undeveloped traditional hydro potential left in North America. The National Hydropower Association (U.S.) river basin studies show a potential of 73,200 MW of additional U.S. hydroelectric capacity in 5,677 undeveloped sites. There is even more potential in Canada, including the Far North where eight major rivers draining into the Arctic Ocean are considered ripe for exploitation. Of course this is emphasizing engineering feasibility and some economic analysis, but no environmental considerations. Despite the widespread belief that hydro is the ideal clean source of renewable energy the bald fact is that it is hugely destructive to local environments and can and does create disruptions to the hydrology of an area several orders of magnitude greater. This also doesn’t consider the fact that in many cases in the West of the continent, many water resources are controlled to provide irrigation, and cannot be used for hydro generation with out major modifications to the irrigation system.
Rod: Very interesting articles. The mainstream broadcast media doesn’t do a very good job of covering these ‘inside baseball’ stories wrt energy, so it’s refreshing to see *someone* providing some coverage. It’s almost shocking to hear a political person being so blunt and honest as RFK Jr. is being in these videos.
However, I’m not sure I view these videos as being quite as ‘sinister’ as you seem to believe them to be. Is it ‘kneecapping’, to demand industries to clean up their pollution? Yes, that might raise the costs, but one could view a regulatory environment where they aren’t required to clean up their emmissions as, thereby passing those costs onto the public in the form of public health problems, as a *subsidy* at the expense of the public’s health.
Personally, I’d rather pay a few cents more per kilowatt hour, as much as that would suck, than to pay with my health. I’d rather pay the electric utility to clean their emissions, than to pay doctors to try to heal me of the consequences (with no guarantee of success).
If it happens that increasing the cost of coal to what it *should be* makes other energy sources more competitive, that’s just economics and business. It should be noted that increased pollution control related costs for coal also stands to benefit nuclear power as well – for nuclear, Coal has always been ‘the one to beat’ in terms of cost.
With regards to natural gas, specifically, I”ve posted before that I’d rather see us use nuclear for electricity, and natural gas for other purposes where it’s better suited than nuclear – I believe you and I are in complete agreement on that point. But, having solar thermal plants (in places where they make sense, at least – California, Texas, Arizona, etc – I’m kind of opposed to the idea of using subsidies to build solar in places like Ohio, where I live, and other northern, cloudy states, because I think it’s a waste of money) which burn gas at night doesn’t sound like a completely unreasonable idea to me. As long as it doesn’t need subsidy to be cost competitive.
What I see as being true is that the amount of solar power, wind, hydro we can effectively use is somewhat limited by geography, so we should be having a blend of solar, wind, geothermal, hydro *where they make sense*, with Nuclear to provide baseload, and nuclear in places where other power just doesn’t make sense.
I’d love to see a future which was something like 50-75& of power provided by nuclear, with the remainder provided by ‘renewables’, so long as it actually makes financial sense. I think the best way to ensure that we make decisions that make *financial sense* is to use the free market, with as little government subsidy and other forms of governmental ‘fracking it all up’ as possible. In general, private investors are pretty effective at throwing money where it makes sense.
We just need to work on making sure that nuclear *makes sense* financially – which means getting unreasonable regulations and harrassing litigation under control, along with plant designs which can be more cheaply built. If Nuclear can “stand on its own” financially, all the anti-nuke “environmentalists” (and yes, I somewhat share your disdain for labelling them as such, because it makes it appear that anyone who doesn’t agree with them is somehow *against* the environment, which we know isn’t true) won’t be able to fight it. As long as we get the economics of nuclear where they *naturally* should be, it will simply be making too much money for too many investors, and *will* eventually dominate in a free market.
Rod Adams wrote (parenthetically):
By the way, nuclear fission is not a single basket any more than chemical combustion is a single basket.
This is quite a profound statement. Most people would agree that we need energy diversity. However, most people consider nuclear energy to be just a single category. As Rod points out, it is NOT a single category. Thus we can still have a great deal of energy diversity while having a large part of our total energy coming from fission. We need to shout this fact from the rooftops. However, to make a functioning reality, we need to go full speed ahead on developing various Gen IV reactors.
A new twist on radiophobia emerges: http://www.propublica.org/article/is-the-marcellus-shale-too-hot-to-handle-1109
What does Frackin’ Bob, who wants to shut down Indian Point and replace it with huge methane plants, say about this?
@harlz – Yesterday, The Energy Collective hosted a discussion about natural gas featuring a former Texaco oil and gas trader (Geoff Styles, the Managing Director of GSW Strategies and the publisher of the Energy Outlook blog) and a Shell Oil company executive. Charles Barton submitted a question that stumped them when he asked about the radon content in natural gas. Apparently, the gas industry has not yet issued talking points to help their people respond to this kind of questioning about their “clean natural gas.”
I would post a link to the webcast archive, but it is not yet posted at The Energy Collective.
Yeah, I’m sure that natural gas is the largest source of radon in my house.