With all eyes focused on the Copenhagen climate summit in less than three weeks, perhaps its time for the peakists to find a new purpose.
The reason is simple. Money isn't interested in problems; it's only interested in solutions. And wherever capital goes is where the changes will be made.
The public also has little appetite for unpleasant stories, even true ones. The message is: Don't tell us what we can't consume — tell us what we can consume. Tell us our grid power costs are going to go up because of climate change and we'll fight it. But help us buy efficiency improvements and renewables that will pay for themselves in fuel savings, and we'll support it all the way.
A new Pew study on "apocalypse fatigue" highlights the problem nicely. The public's confidence in the global warming problem has fallen sharply this year, even as momentum built toward Copenhagen.
Guilt and deprivation simply don't sell like opportunity does.
That's why trillions of dollars are pouring into cleantech annually, while the peak oil community continues to go begging for a few dollars to staff a small office and keep a web server running, all while battling a constant onslaught of misinformation placed in the top mainstream media by very deep-pocketed vested interests.
Oil's Surprising Replacement
The new era of alternative fuels is here...
BP's catastrophic oil spill proved once again that our addiction to oil is downright dangerous.
With our need for new fuels comes a new frontier for investors of these cheaper and more reliable future fuels.
In fact alternative energy expert Nick Hodge found one "champagne of fuel" company that he expects can hand you over 1,925% gains — and you can read all about it right here.
That's why I said last week that the IEA was shrewd to turn its annual World Energy Outlook into a stalking horse, masquerading its alarm about peak oil as an earnest appeal to address climate change.
It's also why I applaud Chevron's new commitment to offer mentoring, resources, and financial support to the Cleantech Open through its $240 million venture capital arm. Chevron has long held the lead among its peers, I think, for engaging with the public on the energy challenges ahead with their "Will You Join Us?" campaign.
Oil industry, take note: That's how you bridge the great divide between the Greens and the Browns — by putting some oil industry profits into the solutions for a world after cheap and easy oil.
Here are a few key concepts from the peak oil study that should inform climate policy.
All of the Above
First, solving the energy crisis isn't an either Green or Brown proposition, but all of the above. There is a dangerous paradox here that the peakists can help the world avoid.
Climate activists need to realize that the renewable energy revolution can only be built on the back of fossil fuels. It will take vast amounts of oil, gas, and coal to mine raw ores, crush them, transport them, smelt them down and turn them into stock, transport them again, and turn them into end-products. . . then transport them again. We have no idea how to do all that without petroleum fuels, gas, and coking coal.
Therefore, in order to build a vast new infrastructure of solar and wind generation, ubiquitous rail transport, plug-in and natural gas vehicles, the next-generation grid, and so on, and do it at a reasonable price, we'll have to ensure that fossil fuels receive vigorous and sustained investment.
Here's a rough, rule-of-thumb way of expressing the supply dilemma: We have to fill a 25% gap in 25 years, a 50% gap in 50 years, and we need to be off fossil fuels completely by the end of the century.
Here's another rule of thumb: Starting two to four years from now, the world will need to build the equivalent of all the world's existing renewable energy capacity every year just to compensate for the decline of oil.
Meeting that challenge with renewables and efficiency would solve the emissions problem as a side effect, only it would do so by harnessing the profit motive — not by penalizing production. That's how capitalism works best.
If we allow climate policy to pour cold water on the fire of fossil fuels, we would extinguish the growth in renewables too. Failing to maintain a steady supply of fossil fuels, even as they peak and decline, their prices rise, and their availability shrinks, would subject the cleantech industry to devastating boom and bust cycles.
Count on Less Fuel. . . and Less CO2
It's fairly astonishing, but none of the climate change models take the peaking of any fossil fuels into account. They all project — over a period of 30 years or more! — fairly simple growth curves for population and the global economy, assuming that sufficient oil, gas and coal will be available to satisfy demand at historically normal prices.
As the peakists know, nothing could be further from the truth.
If my current understanding of the situation is even close to correct — peak oil circa 2005-2012; peak gas 2015-2020 and peak coal 2025-2030 — then the climate models are not accurately modeling 78% of the global energy supply over the next 30 years.
Accordingly, the CO2 projections must be wrong. Ultimately, the population-based forecasts must also be wrong. The peak oil study can help correct these glaring flaws by offering better data to the CO2 emissions models.
Easier to Switch than Fight
Resisting the policy focus on climate change, and resisting the truth about peak oil, the fossil fuel industry has become its own worst enemy.
By perceiving these issues as threats, the Browns have created a vicious cycle. Fighting the renewable energy revolution sows public opposition, adds cost, and delays the deployment of renewables, which makes the CO2 problem worse. The worse the CO2 problem gets, the more it costs them.
If instead the Browns acknowledged that the future of fossil fuels will be increasingly difficult and expensive, and that CO2 is a problem they need to own, it would feed a virtuous cycle.
Peak-adjusted fuel models would lower the projected CO2 emissions, reducing the cost of mitigation and buying a bit more time for the transition to renewables. It would give the energy industry a clear mandate to invest more in renewables, and do so in a measured, less disruptive way. In turn, the accelerated adoption of renewables would reduce CO2 projections and feed further investment, reducing CO2 even more.
Hopefully, the peakists can help the fossil fuel industry come to terms with a decarbonized future, and in so doing, ensure its long term survival.
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Incentivize, Don't Penalize
Perhaps the most important way that the peakists can help the climate change cause is by changing the focus to what goes into the engine, instead of what comes out of the tailpipe.
As I have argued, incentivizing renewable energy solutions would be far more effective than penalizing fossil fuel producers. As an example, consider carbon capture and sequestration (CCS).
CCS remains an infant technology. As a recent article in Scientific American pointed out, there is currently only one project in the world that does CCS (the 1,300 megawatt coal-fired Mountaineer Power Plant in West Virginia), and it captures a lousy 1.5% percent of its emissions.
Before CCS can be scaled up, there are also significant issues to be solved in finding sufficient storage capacity, transporting the CO2 to the storage sinks, and doing it all at an acceptable price.
Worse, if CCS is ever deployed at scale, the cap-and-trade approach to CO2 emissions would push the technology toward cement factories and natural gas-fired power plants before coal-fired plants, because of the additional cost and complexity of filtering out CO2 from coal plant effluent.
The CCS process alone will consume an estimated 30% of the energy a "clean coal" plant produces, and add up to 78% to the cost of the produced power. Should the technology catch on, its added costs and reduction in output would likely arrive at the worst time: just as oil goes into its long decline.
Emphasizing CO2 emissions in policy, therefore, has several undesirable outcomes: It doesn't address coal plants satisfactorily; it raises costs substantially; it reduces overall power output; and it engenders resistance from the energy industry.
By contrast, focusing on the renewable generation side — what goes into the engine — results in increasing amounts of power that was clean to begin with, at ever-declining costs, and could create a long-term growth opportunity for the energy industry.
Follow The Yellow Brick Road
One needs to look no further than the backpedaling in anticipation of the Copenhagen summit to see the fundamental problem. The meeting is now essentially pre-programmed for failure, thanks to a continuing deadlock between developed and developing nations over who will shoulder the responsibility for future emissions.
It doesn't help that President Obama has refused to commit to binding emissions targets internationally before Congress passes domestic emissions legislation, and that the U.S. Senate has now decided not act on its bills until the spring.
Commenting on the climate bill, Sen. Claire McCaskill (D., MO) said, "It's really big, really, really hard, and is going to make a lot of people mad."
I think that's true, and it should tell us something: It's a whole lot easier to find the financing and business support to roll out millions of little solar systems and insulation upgrades and more efficient vehicles, and so on, than it is to get a world full of politicians to agree on anything. Even after you get that agreement, you still have to build the solar systems and cars and install the insulation.
At best, the summit will probably result in non-binding political agreements. But I prefer to take a longer view of the climate change movement.
It doesn't really matter if Copenhagen is deemed a failure or a success. And it doesn't really matter if we take a backwards approach to the renewable energy revolution.
The only thing that matters is that the world continues to make progress in the right direction. Here, the peakists have an important role to play.
Somewhere over the rainbow, down a long and winding Yellow Brick Road, is energy's Emerald City, and we'll need the pragmatic peakists to lead us there. With their help, the Greens can get their heads out of the clouds, the Browns can move their rusting limbs again and learn some compassion for the earth, and the policymakers can find some courage.
Until next time,
Chris








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Is this not the best transisition energy until better renewals are created/developed?
The clear madness is that the science is not settled on man made climate change. If you don't know the cause how can you say the co2 kill is the solution.
Nelson
Nelson
The solution is simply to incorporate sequested carbon as biochar into the worlds agricultural soils. Most soils benefit enormously from increased biochar and the carbon has a very long half life in the soil.
Regards and warm wishes
Terry D.
I have been reading your articles for over a year now, and although you have made a ton of sense each time, this article takes the cake. The Peakists as you call them do hold the cards and if we put our efforts toward using our resources to fill the gap created from the downside of fossil fuels with renewables - then the carbon issues will take care of themselves (although a strong dose of energy efficiency thrown into the mix will make us all breathe a little easier along the way...). This key point makes a cost on carbon un-needed and lifts the tough political costs that energy sensitive legislators will have to make. Brilliant!
K.C.
And Nelson, drop the neuclear (sic) "solution". Replacing C02 with toxic waste that lasts for 250,000 years for which we have no solutions at all is worse than the status quo. It's not even economically viable, which is why they haven't built nuclear power stations for decades thank god. Actually there is one totally awesome nuclear power station we should keep, it's called the Sun and it's all we need.
And Nelson, drop the neuclear (sic) "solution". Replacing C02 with toxic waste that lasts for 250,000 years for which we have no solutions at all is worse than the status quo. It's not even economically viable, which is why they haven't built nuclear power stations for decades thank god. Actually there is one totally awesome nuclear power station we should keep, it's called the Sun and it's all we need.
"CCS remains an infant technology. As a recent article in Scientific American pointed out, there is currently only one project in the world that does CCS (the 1,300 megawatt coal-fired Mountaineer Power Plant in West Virginia), and it captures a lousy 1.5% percent of its emissions."
Oh, how wrong you can be; Chris.
RWE is doing CO² sequestration since since Nov.2008,okay - it`s a test plant :
http://www.rwe.com/web/cms/en/2652/rwe/innovations/power-generation/clean-coal/algae-project/
But now the power plant of VATTENFALL in Germany,East-Saxonia, will deliver it`s CO² for a 5 ha (12.35 acres) sized algae breeding plant for sequestration, - and, belive it or not, - VATTENFALL is not paying one cent for it! The algae-bio-reactor plant is being driven purely commercial. 600 tons of algae-biomass will be produced yearly just in the reactors, in addition there will be 6 ha open ponds and several waste water ponds of different size. This will be one of the biggest algae project on commercial base in Europe and one of the biggest CCS project as well.
It might be a drop in an ocean filled with carbon dioxide but it`s a start!
Andreas Abraham
algaenova at email dot de
One of the beauties of the process is that it can be used to sequester CO2. Since CO2 is the major nutient of the algae, The exhaust from any power plant producing CO2 could be injected into the water in which the algae is growing. CO2 + H2O + sunlight and algae producing OIL. That's at least two birds.
The second is that the projection I read was 44,000 gallons of diesel/acre of vertical growth medium/yr.
Look like pretty enticing numbers to me. I wish I had the money to actually build a pilot plant, then take the profits to build another...and so on.
I am a 35 year carrear geologist who started out in the coal industry and am now working in the geothermal industry. I have worked in coal, petroleum, nuclear and geothermal - I think I have a prety good understanding of energy issues.
You are right - we will need all sources of energy to survive the next 100 years and beyond. The sooner the global warmers realize that the better. You can't beat industry on the head and make them change anything.
It is time that all sides of the issue get together and form a consensus - maybe you should run for office!
Keep up the good work, I enjoy purusing your newsletter
The more I learn about energy, the less I know. It appears that you are saying that we need all forms of energy, regardless of their environmental outcomes. You then suggest that incentives be given to encourage energy efficiency and not penalize it. Suggestions being energy efficient cars, better insulation, and wind/solar energy for illumination.(so far so good) But these green alternatives are directed at the small guy/gal. The ones most vulnerable to increasing energy costs.
What about the big guy? The giant power plant, the coal fired ammonia urea factory,and the new lignite to liquid fuel installation? These are all right, not because there is no Green Tech alternatives, but because there is no cost competitive green alternatives. Meanwhile mom and pop will expend big dollars to clean up their act, and allow the energy barrons to use their money to throw around a few billion here and there to cloake their filthy industrial practice with a green fascade
.
It is like Warren Buffett buying BNSF. He knows he is buying into a marvelous energy efficient machine that will dominate transport. But when that efficiency is used to propel endless coal trains to antiquated coal plants its efficiency becomes meaningless.
Please help me, I am a lost peakest?
Joe