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Last year Elon Musk announced $100 million to come up with ways to remove carbon dioxide from the atmosphere. I'm not sure why the author is convinced this app
by photochemsyn 5y ago
Last year Elon Musk announced $100 million to come up with ways to remove carbon dioxide from the atmosphere.
I'm not sure why the author is convinced this approach won't work, but there is certainly a better option for any country that wants to address the situation, and it's been done in many other areas. Establish federal funding agencies devoted to the goal, and use those funds to establish dedicated research departments at leading universities, which employ professors and technicians who bring in grad students and postdocs to work in their labs. The result has been very successful in areas like cancer research - childhood leukemia has gone from a almost uniformly fatal disease to one with a 90% survival rate. Why? How many universities have some kind of NIH-funded 'Center for Cancer Research'?
However, you won't find any such comparably funded centers for renewable energy research at leading universities, because the US government won't fund them through the obvious agency, the DOE. DOE budgets make for interesting reading, because it becomes clear that the history of the DOE - from Manhattan Project to Atomic Energy Commission to 'DOE' - rather reveals it was set up mainly to deal with the nuclear weapons program, and the vast amount of highly toxic waste it generated. The DOE foray into 'clean coal' initiated around 2000 has been one of the most fraudulent 'scientific' programs ever run in the USA, from bogus nonsense like 'FutureGen' on down. They were characterized by 'public-private partnerships' which allowed DOE partners (coal and oil corporations) to hide the data about their gross failures behind proprietary claims. Literally billions of taxpayer dollars have been poured into these rat holes with nothing to show for it for over 20 years. Case in point:
https://en.wikipedia.org/wiki/FutureGen https://en.wikipedia.org/wiki/FutureGen
This leaves countries who have invested heavily in basic R&D in the solar/wind/storage sector well ahead of the USA. China is certainly the leader in solar, having mastered large-scale production of monocrystalline silicon wafers for high-efficiency, durable PV. Germany and Japan are in a similar position. Australia, even with its heavy reliance on coal, has long funded innovative solar research. The US government instead has devoted itself to funding fraudulent fossil fuel games (whatever CO2 gets captured at DOE-financed plants has almost universally been used for enhanced oilfield recovery, and much of it just gets boiled back off to the atmosphere during crude oil processing).
I don't know why the author didn't mention any of this, but if you're going to base an article on a line about Musk's $100 million effort, you might want to dig into that history, right? As far as Musk's approach, here's the latest update on how that's going:
https://grist.org/technology/elon-musk-funded-carbon-removal-prize-announces-15-milestone-winners/ https://grist.org/technology/elon-musk-funded-carbon-removal...
However, if the USA really wanted to get on top of this and move towards a rapid transition to renewable energy (read: 3% reduction in fossil fuel production and consumption per year, with an equivalent growth in renewable energy to meet demand), it would probably need a new funding agency outside the DOE/NNSA, with a budget comparable to that of NIH, i.e. $30 billion a year. Given that the USA is almost as much of a petro-state, economically speaking, as Russia and Venezuela are, I don't really expect much progress on this from our fearful political 'leaders' (who are, in reality, more like corporate middle managers).
- SiempreViernes 5y ago> I don't know why the author didn't mention any of this, but if you're going to base an article on a line about Musk's $100 million effort, you might want to dig into that history, right? As far as Musk's approach, here's the latest update on how that's going From the criteria: "[...] and that they have a pathway to scaling up to 1 million metric tons removed per year. (The most conservative estimates say the world will eventually need to remove 1.5 to 3 billion metric tons of carbon per year.)" So 100 MegaUSD for someone to deliver something with the only the potential of being a 1 promille solution: not sure if this strikes me as super promising.
- photochemsyn 5y agoThe seed money approach is not a bad approach. This would allow small research groups that the US government has decided to starve for cash to continue their work for a few years, and it also creates a bit more of a incentive, i.e, successive funding rounds. The approach does look more like a VC route than a federal agency approach, which has some benefits. The stories about how it takes six months and half a dozen reviews at a government agency to purchase some inexpensive lab equipment that was needed yesterday are not entirely apocryphal. This approach seems interesting: > "Heirloom, a company working on capturing CO2 directly from the air, recently made headlines after raising $53 million in venture capital. For the XPRIZE, Heirloom teamed up with a company called Carbfix, which specializes in turning CO2 into stone. Carbfix is already demonstrating its technology at a working carbon removal facility in Iceland." Note also that there's a real tie-in with SpaceX here, which runs rockets on a variety of fuels, i.e. RP1 which is essentially highly refined jet fuel, and methane, CH4. Mastering carbon capture and conversion technology, i.e. running processes like CO2(atm) + H20 -> C + H -> CH4, long chain hydrocarbons (RP1), would be critical to synthesizing fuel on Mars for example, which has an atmosphere of CO2 and apparently, water ice in the subsurface. This could also make SpaceX independent of fossil fuels: imagine a giga-scale carbon capture and methane synthesis factory in Texas providing all the fuel Starship needs. Also, in a fossil-fuel free world, international air travel would require jet fuel, and that's possible with DAC and water-hydrogen, via a modified Fischer-Tropsch process, first used with coal gas / steam as inputs.