Harry Marks wrote:What I find completely baffling about this discussion is the notion that "energies" and "framing arguments" matter.
Harry, in order to pitch a controversial and difficult idea to investors, it has to be presented in simple and compelling form, so mobilising conservative energies using effective framing arguments is essential.
I do not know if carbon mining can be profitable, but that is my hypothesis that I want to test and develop. I want to get commercial R&D funding to work on it. I am discussing this at booktalk simply because I have not found anywhere else I like. I find that in most places people are too rude, patronising, prejudiced, stupid or impatient. So I do appreciate your constructive responses.
Now, as to ‘energies’. My comment was that “Unfortunately, the liberal answers don’t and won’t work, and we need to mobilise conservative energies to create workable answers.” My view is that any climate agenda that seeks to demonise fossil fuels will fail. Fossil fuels are simply too loved by humans to be abandoned just for scientific reasons.
How can we get around that? My hypothesis is that climate stability is possible in a carbon intensive economy via carbon mining, on the model of sanitation, with all the waste recycled.
Conservative energies include money, time, interest, skill, contacts, personnel, resources, methods, etc. All these are forms of energy, understood in the broadest sense, which must be mobilised for success.
The problem in the climate debate is that the whole topic is subsumed beneath cultural differences. The clash between science and religion illustrates these social conflicts, with the left-right battle of the world between liberal and conservative myths which have very different assumptions about the value of science and reason.
The broad assumption on the left of politics is that the climate can only be saved by creating a scientific world with liberal values. To overgeneralise, that belief in liberal values is supported by the left and opposed by the right. I am trying to get under the bonnet of that clash, aiming to achieve scientific objectives in a way that respects conservative values of tradition and liberty.
A framing argument is necessary for any prospectus. Generally this is part of the business case, but in this case, where the business case conflicts with widespread dominant political assumptions, the framing argument has to be more explicit in order to be persuasive and to discuss the ideological constraints.
Harry Marks wrote: If you have a profitable method for private activity, no strategy issue should matter to it.
The profitability is unproven, and relies on ability to expand to large scale. Implementation will need to be incremental, proving components and methods at desk and laboratory level before trials in sheltered waters followed by open ocean deployment. The safety and efficacy risks involved in an ocean algae trial are akin to pharmaceutical investment, where the difficulties of obtaining private funds for profitable drug trials is notorious.
Today I had a chat with my Ocean Forest colleagues about some related ideas. The whole question of how climate interventions can get private investment is vexed. People apply quite different sets of standards from other topics, leading to a pervasive perverse willingness to metaphorically cut off their nose to spite their face on quasi religious grounds, such as the ludicrous argument that geoengineering projects are like scary horror movies.
Harry Marks wrote: If you are only doing it for the climate, then you need subsidies. If there is profit in it, then the private sector will do it for that motive alone.
The ideal would be a purely commercial business proposition, to minimize the corruption and delay that come from politics. But comparing to medical drug trials, there is a large public good involved in climate stability which means governments should invest to speed up implementation and provide public blessing.
For TB and malaria, which are diseases of the poor, the threshold problem of lack of paying customers makes trials uneconomic without subsidy, even though the produced drugs could have massive health benefit. I actually think that for negative emission technology we will need a war type footing like the perils that led to the Manhattan project or the vision and space race competition of the Apollo moon program in the 1960s.
Harry Marks wrote:To be honest, this sounds like typical engineering discussions.
Ocean Foresters have been working on related ideas for many years, and engineering is the least of the worries. The problems are political and ideological, that when it boils down people don’t actually want to do anything effective to reverse climate change.
Harry Marks wrote: They are used to a context of persuasion within a firm, they tend to see the problem in terms of engineering efficiencies, and they seem helpless to run the numbers and demonstrate profitability. It falls to the finance department to ask the tough questions and see if the optimism holds up.
Yes, and that typical engineering discussion is a necessary precursor to detailed financial analysis. There are a series of big new ideas involved in growing algae at sea for profit which need to have a workable engineering combination. For example, hydrothermal liquefaction, compressing organic matter to a mile deep pressure and heating it to 300 degrees will cause the cells to collapse into crude oil. Algae is the best feedstock because it is half fat. Once we prove the concepts of working at sea, HTL will be a game changer to make algae oil commercial. But the engineering proof of concept is needed before a financial investment prospectus can be prepared.
Harry Marks wrote:
Have you tried talking to the Koch brothers about this idea? They seem willing to do anything for a buck, and would probably see the advantage of diversifying their portfolio away from coal. Or Rio Tinto. Or Google. There is no shortage of people who are interested in making a profit.
I have tried to talk to Chevron and Shell, but they were not interested, even though their LNG projects on Australia’s North West Shelf are ideal places for this to be tested up since they have vast quantities of CO2 co-produced with hydrocarbon that they need to bury at high cost. I would like to use their CO2 as feedstock to grow algae, but I am not in a position to talk to these companies until I find other people who can help me discuss the concepts.
Harry Marks wrote:
Social psychology has shown long ago that people take their views of reality from others who make up "their world". For those who identify with their job, that means the people they work with. Corporate types will engage in motivated reasoning as long as they possibly can to justify their self-interest and perpetuate their myths.
Yes, those sort of ideas were central to my philosophy studies, especially how Heidegger used ‘being in the world’ as the only source of meaning. World and planet are different. World is the constructed concept of human culture and planet is the real scientific object. Ultimately planet and world must reconcile as the same, but we are a long way from that today. The measure of this distance between world and planet is the scale of human spiritual alienation from nature.
The motivated reasoning of climate denial is the major example of the high risk alienation of world from planet. My analysis of the psychology is that people are desperate to reject what Al Gore called inconvenient truth, and so latch on to doubt about science, in much the same evil way the tobacco and sugar industries have fomented doubt about how their poisons cause cancer.
What I am trying to do in suggesting a private sector profitable path for algae energy and carbon mining is to formulate a climate response that could be attractive to denialists, suggesting they don’t need to buy into the catastrophic science in order to see investment opportunities in climate stability.
Harry Marks wrote:
I am quite willing to believe that a demonstration of "no pain" approaches will persuade everyone to jump on board.
There are substantial issues of risk and safety around large scale ocean farming. Scientific proof of concept is needed before field deployments. But the key thing, as my friend Russ George has argued in relation to his proposals for ocean iron fertilization, is that the benefits so vastly outweigh the risks that the reasons for preventing field trials are actually insane. People are saying they want to keep the ocean pristine and non-industrial, despite the massive impacts of industrial fishing, plastics, acid, heat and nutrient, all of which have to be cleaned up by active geoengineering intervention.
Harry Marks wrote: I just don't think we can wait years to sharpen something that may not work as an ax.
Emission reduction will not work as a method to stop climate change. The science on that is settled, despite the crazy lies of the climate lobby. So your comment that we can’t afford to wait is the main reason we have to get on with mining carbon. The Paris Agreement to reduce emissions is the worst imaginable example of sharpening an ax which will break as soon as it tries to chop down a tree.
Harry Marks wrote:
Robert Tulip wrote: It is far easier to convince a stupid mass audience that the science is wrong than to engage in complex arguments about risk.
But it really isn't very complex.
You may be taking my risk comment out of context. My point was that the fossil fuel industry has a vested interest in climate denial because changing its business model is perceived as highly risky for shareholder value. That business risk is the complex argument. The nature of political spin is that an incorrect claim that gets social traction will beat a correct claim that people don’t understand, hence the pervasive debates about fake news.
In Trumpville, all ideas must be simplified to reality TV level. Rather than engage on literal terms about climate denial, it is better to sidestep the explicit wrong argument and explore what motivates people to advance those wrong views.
Harry Marks wrote: Things could drag on for many decades without passing the catastrophe points, or we could be slammed by a sudden surge at any time, but the buildup is inexorable and we can no longer pretend that its effect is anything that does not involve polar melting.
Many decades of business as usual would be a high risk strategy of Marvin the Martian kaboom proportions. I don’t think we have crossed irreversible climate thresholds since we can still mine the extra carbon we have added and use it for building infrastructure in a new expanded world economy. But if we let the pole completely melt then the loss of albedo from ice and snow will cause feedback loops making it much harder to get back to an icy pole.
The idea that reducing emissions might stop the north pole from melting is like pushing on a string.
Harry Marks wrote:
Robert Tulip wrote:Denial only matters when it prevents practical action. The only things that denial prevents are emission reduction, scientific research, government involvement and public understanding.
Okay, maybe I am putting that a bit too extremely. For my analysis, the conundrum of climate is that liberal politics has subverted the problem by placing big governments at the centre. Conservative people do not trust that solution, and so do not trust the science.
There has been a steady creep up of government intrusion and control in society, with liberals depending on nanna state. There is a genuine economic argument, which I agree with, that reducing the scope of government is a public good, creating resilience and competitiveness.
To get investor trust into climate action, the better prejudice is to limit government role to steering rather than rowing. We will need mobilisation on the scale of the Manhattan and Apollo Projects to address climate security, but with the crucial difference that government role will be to mobilise private investment rather than to directly invest tax dollars.