While governments, finance, science, industry, and markets move toward the end of the fossil fuel era, our dependency on cheap and abundant energy derived from one non-renewable resource is transitioning toward another, and possibly even more ominous, dependency on a basketful of other non-renewable resources. The conversation so far has largely been about shifting to a ‘sustainable’ world or a ‘green’ economy using those non-renewable resources. If we look closely at the operational (corporate) meaning of ‘sustainability,’ we must conclude that it means doing things pretty much the same as we’ve always done. Sustainable growth? — an oxymoron. A different reality is beginning to dawn on a wider audience outside science and industry that the entire transition enterprise brings a new array of calculated risks and demands a review of how we are approaching this imperative.
How much energy will we need to overcome our dependency on oil once and for all? Can we afford it? That’s part of the debate. From what sources will the transition come? That’s another part of the debate. Are there enough of those resources to propel us into a new economy and will they sustain us in the long term? Some say yes. Some say no. We don’t know for sure.
To respond to the current energy crisis in the same way as we do to every other global challenge would be to recapitulate the mistakes of the past. We do not have a body of experience telling us how to step all the way back from our false sense of control. That sense of control is one of the key flaws in our habitual view. Nothing so far has shaken that view to its core. The conventional model of response—such as the response to covid, attacking the ‘problem,’ employing the Shock Doctrine to further cement the current economic narrative, will only repeat our mistakes and make things worse. Covid was referred to as a portal by Arundhati Roy, a re-boot, a mirror, a hoax, a metaphor of everything good, bad, or ugly about capitalism and modernity. We are in the middle of another such moment.
Another enduring metaphor from the covid experience is that we are undergoing an unmasking, a removal of the veils obscuring a clear view of the present moment. As the Great Unraveling proceeds and the pretense of stability begins to show cracks, we encounter a storm of feeling and response. Just as covid served as a Great Humbling, as Dougald Hine has put it, so our transition to a new economy extends the metaphor. Are we noticing?
The energy emergency, like covid, is a messenger of our porosity, a call to re-examine our intimate relations with the biosphere, with ecologies interrupted and increasingly thrown into chaos as well as our relations with each other. Because of its global impact and the deadly consequences of failure, the imperative of the energy transition is not unlike a fugitive organism leaping outside the boundaries of its normal habitat. Even as we contemplate a renewed dependency on extraction, if we are not brought up short from our existing drunken binge on energy, then we risk proceeding headlong into another even more damaging and futile orgy of extraction. Upon fully grasping the challenge ahead, investors and futurists may frame this effort as a break with the past, but we also risk doubling down on our addiction. Just in case we aren’t noticing the gravity of recent events, we now face a new challenge to head-off an unmanageable collapse.
There are surely those who believe we will sustain momentum on some familiar trajectory of Progress and Growth, reinforcing the existing rules and laws of commerce, that there’s no reason to re-examine the operational imperatives of the central banks, that all hierarchies and differential privileges will be retained, that all the boundaries and binaries we take for granted (or don’t even notice) will remain unchallenged, that the eternal rules of economic gravity will be sustained, upon which we can return to the serious business of the upward transfer of wealth, inequality, denial, exploitation and violence, the abuse (or worse, elimination) of traditional cultures, and the destruction of natural capital. The catechism shall remain undisturbed.
The transition to a renewable energy economy is a test, perhaps the final test. The presumption that modernity can manage it all, that the utopian ideal, the myth of ‘freedom,’ the engines of mass communication, public relations and mainstream journalism will all conform to the master story, that the veneer of corporate social responsibility will survive and remain dominant is all in the balance. Or will the mythology of the inevitable ascent of humanity be unmasked in a quickening drama of collapse? Will the airwaves and social media will be filled with competing narratives and hollow discourses, sophisticated delusional schemes by which we entertain ourselves and by which huge sums and resources flow to a minuscule number of individuals? All of it sustained by tired systems of surveillance, indoctrination, and control? The dominant narrative is trembling and the costs some are willing to pay to prop up the game may at some point bleed into savagery.
The energy transition will intensify the dialectic. We must take up the task of dismantling the trans-national structures of economic hegemony. On one hand, we have the 40-year advance of the oligarchic agenda promoted by political parties, think tanks, organized religion and mass media attempting to cleanse national security, foreign policy, the judicial process, law enforcement, medicine, higher education, and the nation state of all but true believers, making space for bad actors to use vast political and media resources to drive sophisticated messaging, triggering fear and division for its own sake. These are the ingredients of unimaginable disaster.
You can avoid reality. But you can’t avoid the consequences of avoiding reality.
—Ayn Rand
On the other hand, if we regard our response to the pandemic as a practice run for future crises, we may learn something useful. We may invent new mechanisms to make sure all nations and all peoples, regardless of economic status, are included in a global response. We may give teeth to humane economic norms and sanctions for non-compliance with new standards for equity, human rights, environmental responsibility, resource conservation and sensible consumer restraint. We might have a public conversation about the long-term trajectory for managing the use of non-renewable resources or the implementation of practices that will reduce the likelihood of deeper crises emerging in the future. Capitalism is proving inadequate to deal with these long-term issues because it’s so focused on short-term gain and perpetuating itself. We might even say that capitalism has brought us the energy crisis in the first place. How do we imagine capitalism is the solution to a problem it created?
The stock market is an apropos example illustrating the increasingly threadbare fabric of conventional economics and culture. We say the market is not the real economy, but such pronouncements don’t penetrate the bastions of the linguistic managers. The message promulgated by central banks, major investment houses and politicians of all parties will surely be that everything is (or will be) okay. Yet the financial benefits of monetary policies meant to sustain the facade of growth and prosperity do not reach 90% of the population. It’s mostly gaslighting to protect the investor class. This is a deadly game of musical chairs. The music is getting louder, the jockeying more frantic and the song is nearing its end.
Will we proceed according to the same rules that got us here? Will we depend on Business As Usual to solve the existential issues before us that were created by……..Business As Usual? Will our energy future mirror our energy past, with its structural inequities, colonial designs, coercion, environmental destruction, widespread income insecurity, war, privilege, entitlement, and prevarication? The current manifestation is characterized by the contemporary political theorist, Sheldon Wolin as inverted totalitarianism, ‘the faceless anonymity of the corporate state,’:
Our inverted totalitarianism pays outward fealty to the facade of electoral politics, the Constitution, civil liberties, freedom of the press, the independence of the judiciary, and the iconography, traditions, and language of American patriotism, but it has effectively seized all the mechanisms of power to render the citizen impotent.
Here at the threshold of the Anthropocene, as we contemplate the consequences of our ruinous presence, with the possible end of human civilization coming into view, a dynamic and practical solution is staring us in the face. Are we capable of reforming our relationships with each other as well as with the planet? Nothing short of that will suffice.






Comments
We changed commenting systems on September 10, 2026 as part of a site-wide functionality and security upgrade. Your past comments have not disappeared, and you can still log in with your old Disqus account credentials if you wish. Contact us with any questions.
will the mythology of the inevitable ascent of humanity be unmasked in a quickening drama of collapse? No.
Will the airwaves and social media be filled with competing narratives and hollow discourses, sophisticated delusional schemes by which we entertain ourselves and by which huge sums and resources flow to a minuscule number of individuals? Yes
How do we imagine capitalism is the solution to a problem it created? Easily, as we have done for decades.
Will we proceed according to the same rules that got us here? Will we depend on Business As Usual to solve the existential issues before us that were created by……..Business As Usual? Will our energy future mirror our energy past, with its structural inequities, colonial designs, coercion, environmental destruction, widespread income insecurity, war, privilege, entitlement, and prevarication? Yes, yes, yes
Are we capable of reforming our relationships with each other as well as with the planet? No
These obvious answers to futile rhetorical questions are why everyone should be preparing for collapse and dieoff. A great calamity is approaching rapidly. It’s almost too late to flee, but not quite. Find a place where it would be possible to live without money by self-provisioning, hunker down and wait. Those who survive will then be forced to reform their relationship with the planet and each other. Gaia will recover and life will go on.
That is one of the most scientifically uninformed statements I’ve read on this website.
Wind and solar do not need rare earths! They can use them (for a performance boost in niche sectors) but do not have to. The majority of renewable energy and battery brands are moving away from rare-earths due to cost. 95% of Solar panel brands use silicon (which is 27% of the Earth’s crust) and aluminium (8%). Wind is made from iron (5%), aluminium and now RECYCLABLE fibreglass. (As of 2023 there are new methods to recycle turbine blades.) There are new wind generators that do not use any rare earths in the magnets.
As for storing that intermittent power for the grid, first they Overbuild the grid to reduce storage down to 2 days. Professor Andrew Blakers shows that there are 100 times the topological sites we need for Pumped Hydro Electricity Storage. Cargo container sized stackable SODIUM batteries are now being deployed in Australia that use no lithium, cobalt, graphite, or copper. They’re less flammable, less toxic, and 30% less expensive than Lithium. They’re even good enough for some cheaper shorter-range EV’s. https://www.pv-magazine.com/2023/04/03/australian-manufacturer-reveals-1-mwh-sodium-chloride-battery-design/ There’s so much Sodium in the oceans we could build enough batteries to store the world’s electricity for a year, and only use 0.0006% of it! There are also a range of liquid-flow batteries being built from vastly abundant, non-toxic, recyclable materials.
EV’s are moving to Lithium Iron Phosphate which do not use any rare earths. The USGS reserves from 2022 show we have 89 million tons of lithium which at 6 kg of lithium per EV would build 14 BILLION EV’s – we only need a tenth of that for our cars. Tesla have their 40 ton Semi, Australia have 100 ton Janus trucks that do a quick battery swap every 400 km or so, and mining giants are now experimenting with fast-charge battery packs. Why? Remote mines will soon run on renewable electricity generated on site rather than expensive diesel trucked in from interstate.
There are remarkable new technologies in recycling all these materials, and moves to remarkable legislation on protecting resources like EV batteries within the EU. People are starting to realise there’s money in the ‘black mass’ of a recycled EV batteries. Basically, Big Battery is replacing Big Oil. The piece above is a navel gazing philosophical meditation on the author’s own imaginings rather than engaging in the real world. Clean tech has a 4 year doubling curve. Do the math! Even the head of the IEA says peak oil demand will hit by 2026 and then begin a permanent decline.
OK, I’ll believe it when I see carbon emission go down rapidly.
Some valuable info to support your views. Well done.
However, without national and international requirements to utilize what might actually work, this will leave the usual actors empowered to profit over whatever mechanisms they force upon our wider society. This has failed and will fail.
In other words, solutions are not merely technical and scientific but necessitate the transformation of authoritarian ‘democracies’ that operate anti-democratically into actual democracies with accountability, transparency, and full access to information, with a legality that will end the autocratic entitlements of the too powerful and wealthy, and, start the era of egalitarian, just and democratic political economics.
Under the latter, it is possible for us to make wiser choices that prepare the generations to come for a different existence that uses less energy to produce a healthy and fulfilling existence. Under that scenario, we might actually have the choice to adopt intelligent energy policies – something we do not have under current power arrangements. There is no sign that the traditions of installed corruption will allow wiser technological and energy creating choices.
Thanks for posting.
Well, yes. Read Turchin’s book or papers on Cliodynamics. It’s certainly fun to harangue a lot about politics as we, the powerless, perceive it, but it’s not what we think or were taught. The science of cliodynamics offers some valuable insights. Not that it’s going to change our crash-and-burn trajectory, unless the elites get smart and very frightened.
I agree with much of what you say Mikey. For instance, while I fight anti-reality doomer junk like Simon Michaux’s rigged accounting systems, and while I point out there are more than enough minerals to build all the EV’s we want – I don’t even like cars that much! I like Ecocities and New Urbanism and Amsterdam’s public transport and cycling policy. But the resources are there to have super-abundant super-reliable super-cheap power. What we do with that is in the political arena.
This is pure technooptimism (sorry) but nicely worded. Almost every sentence needs to be debunked as “factoid,” but I don’t have the energy as the result would be many pages. As a USAF/SMC scientist for 36 years, this is all sales pitches for research programs to support scientists who need to fund a vacation home in their lives, not workable solutions to collapse. They also sound great to funding agencies who don’t know anything about physics – and thus produce much funding. But hey! Fun sales pitches, for sure!
These green technologies will be the last great scam of Western Civilization. But I guess many scientists actually believe this stuff – it’s known that actually believing in your product is the best way to sell it. Most of my scientific colleagues at USAF/SMC didn’t care one iota about Climate Breakdown, but did care about funding a mercedes or beemer. New York might care a little bit more about Climate Breakdown this morning after their “rainstorm”…
That’s one measure – as long as you acknowledge there are many sources of anthropogenic carbon. The other will be oil consumption globally, and especially in the USA.
AS WELL AS CLEAN RENEWABLES – ELECTRIC TRANSPORT IS COMING, FAST!
Americans buy about 13 million cars a year, and today’s EV market with the Tesla Gigafactories and other companies only produce about 918,000 EV’s or 0.9 million cars. Right now so many battery factories are being built that American battery capacity will rise by about 13 TIMES!
“By 2030, this EV battery manufacturing capacity will support the manufacturing of between 10 million and 13 million all-electric vehicles per year, putting the U.S. in position to be a global EV competitor.” https://www.cnbc.com/2023/01/05/map-which-states-will-build-the-most-ev-batteries-in-2030.html
Also, EV’s currently last 1.5 to 2 times longer than an ICE vehicle. So buying an EV is paying up front for your next 2 cars! They’re already at price parity with oil cars, or cheaper if you consider there’s no ENGINE to service and electricity is cheaper than petroleum!
Finally – I don’t even like cars. Because of peak oil concerns back in the day, I learned to love New Urbanist walking distance town squares with a metro and all the conveniences. But now even though EV’s are on the scene, my adult kids in their 20’s are all into New Urbanism – because of the lifestyle advantages! One of them even wants to go into town planning as a career because of it. Walking distance town squares with a Metro – convenience, clean air, and conviviality. Solves issues of the local government economy, public health and loneliness in one go. This would radically reduce the number of cars we need. As they say, “My other car is an Ecocity.”
Naaa… can’t happen. Not a question of belief here, just fact, technooptimism about electric stuff notwithstanding. There’s not enough electricity to power the transportation sector. Electricity is only 1/5th of the power we use – so we’d suddenly need a 5x bigger grid and 5x as many power plants. And what would they burn? Nuclear? That’s 2000 more nuclear plants you’re asking for…
But hey, everyone is trying to make EV’s sound great! The musk monster is trying to push his electric trucks, but they can only carry 1/4th (or less) of what a diesel truck can carry. He’s such a BS artist!
It’s frustrating because you are both wrong and right at the same time. You’re right that we are going to massively Overbuild renewables to meet demand – but that’s not a bug, but a feature! In solving winter we get excess ‘super-power’ to work with the rest of the year.
https://eclipsenow.wordpress.com/overbuild/
You’re wrong about how hard this is going to be though. Electricity is 26% of American energy use. But make sure you compare kind with kind. When we Electrify Everything we do NOT have to substitute every ton of thermal coal with the same electricity – because of the awful waste in thermal systems. Thermal systems WASTE 2/3 of all that energy!
So EROEI is Energy Returned on Energy Invested – and basically tells you how much ENERGY profit you make from a certain power plant. The problem with measuring it is many fossil fuel types cheat. They measure the heat energy value in calories of the barrels of oil produced, NOT the kilometres travelled or work done as a result. As wind and solar are the most abundant energy sources in the renewables portfolio, it makes sense to try and Electrify Everything. That’s the catchphrase.
While oil is this incredibly dense energy source that at the start had a very high EROEI – it HAD TO BE. Why? Because the Internal Combustion Engine is so awfully inefficient. Diesel wastes 50% of the energy as it burns, and petroleum is worse and throws out 80% of the energy. It’s all thrown away as heat and noise, and only 20% of the gasoline becomes forward motion! That’s 1/5th the energy doing what we want. http://rentar.com/efficient-engines-thermodynamics-combustion-efficiency/
But in EV’s it’s almost the opposite – they only LOSE about 1/5th the energy. 77% goes into forward motion! http://www.carsguide.com.au/ev/advice/are-electric-cars-more-efficient-than-combustion-or-hybrid-cars-85981
Only 1/2 of diesel does work, only 1/5th of gasoline, but with EV’s only 4/5ths of it go into forward motion. So to measure like with like, we should be dividing oil’s EROEI by how much more wasteful the ICE is at the point of use. An ICE WASTES 3.4 times more energy than an EV. We should divide oil’s EROEI by that.
SHIPPING: Then there’s the oil delivery SYSTEM to consider. 40% of global shipping is fossil fuels. Heaps of energy is wasted mining fossil fuels and shipping it all around the world and driving it down highways. Compare that to some off-grid rural EV station, like Australia’s NRMA are going to build. They install a big grid battery and local solar farm once, then it can charge EV’s for the next 25 years. Eventually, no more oil is shipped! 40% of global shipping demand vanishes. That’s 40% of 55,000 ships – so down to 33,000 ships. They’ll make shipping clean with syngas or even 3 “Last Energy” 20 MW box reactors and they’ll go 30% faster. This means more deliveries per ship lifetime – and cut another 30% of the ships – down to 22,000 ships.
When we’ve “Electrified Everything” especially transport, so many more options become viable. Australia has some of the biggest trucks in the world. Janus Australia have a battery-swap system for our “Road Trains” that carry 100 tons. After 400 km they pull in and a guy on a forklift swaps the battery over. Both Tesla Semi’s and Janus trucks ALREADY go further than drivers are legally allowed to drive on a shift! Future battery tech will just make this even cheaper – NOT more viable. Trucking is solved! I like battery swap, because it means the batteries can take their time charging. Janus estimate they can run 10 trucks just from solar on the warehouse roof! They don’t have to fast charge – which is less stress on the local grid and less stress on the batteries. Need more power? In rural areas where the land is cheap, they might even consider installing solar panels on a local paddock. https://www.januselectric.com.au/
Electric mining trucks are being experimented with. https://www.caterpillar.com/en/news/corporate-press-releases/h/caterpillar-succesfully-demonstrates-first-battery-electric-large-mining-truck.html
Remember the old example of bacteria in a Petri dish. Assume you know it doubles every minute, and the dish will be full in an hour. When is the dish half full? In 59 minutes! The bacteria has been almost invisible for 50 minutes then in the last 10 minutes goes from a tiny blotch to an eighth, then a quarter, then a half, and suddenly the dish is full!
In this metaphor – renewables are just becoming visible as a smudge on the side of the petri dish. They are about to explode out exponentially. In 2025 so many solar factories will open they’ll have FOUR TIMES the capacity of all the solar built in 2022 – nearly a terawatt per year.
https://xenetwork.org/ets/episodes/episode-184-eroi-of-re/
By 2030 America will have up to 15 TIMES the EV battery capacity – meaning almost 100% of cars could be EV. (This is just a comparison for illustration purposes. It’s NOT an assertion that America will stop importing cars and build 100% EV’s themselves. These batteries will of course be split between EV, household, business, and grid utility sectors.)
https://www.cnbc.com/2023/01/05/map-which-states-will-build-the-most-ev-batteries-in-2030.html
Electric arc furnaces, hydrogen to replace coking coal as reductant, and so many other innovations are coming to mining. Lithium from seawater is nearly economical – and there’s a million years of lithium in the ocean. But sodium batteries are superior for grid storage as they are less fire prone, less toxic, and less expensive.
Clean tech and EV’s are all growing SO FAST that the head of the International Energy Agency predicts that oil DEMAND will peak by 2026 and decline from there. https://www.iea.org/news/growth-in-global-oil-demand-is-set-to-slow-significantly-by-2028
Experts think demand for ALL FOSSIL FUELS will peak soon, and phased out WELL before 2050!
http://theconversation.com/theres-a-huge-surge-in-solar-production-under-way-and-australia-could-show-the-world-how-to-use-it-190241
Basically, people are going to be shocked at how fast things change across the next 10 years, let alone 20.