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A tartalmat a Thomas Jestin biztosítja. Az összes podcast-tartalmat, beleértve az epizódokat, grafikákat és podcast-leírásokat, közvetlenül a Thomas Jestin vagy a podcast platform partnere tölti fel és biztosítja. Ha úgy gondolja, hogy valaki az Ön engedélye nélkül használja fel a szerzői joggal védett művét, kövesse az itt leírt folyamatot https://hu.player.fm/legal.
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Conversation with Casey Handmer: how Terraform Industries will make the world carbon neutral

2:42:26
 
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Manage episode 387939601 series 3513124
A tartalmat a Thomas Jestin biztosítja. Az összes podcast-tartalmat, beleértve az epizódokat, grafikákat és podcast-leírásokat, közvetlenül a Thomas Jestin vagy a podcast platform partnere tölti fel és biztosítja. Ha úgy gondolja, hogy valaki az Ön engedélye nélkül használja fel a szerzői joggal védett művét, kövesse az itt leírt folyamatot https://hu.player.fm/legal.

Two years ago, Casey Handmer quit working on GPS science at NASA JPL to start Terraform Industries, a wild idea backed by visionary investors (including Stripe co-founder and CEO) to bolt our growing solar abundance to growing hydrocarbon scarcity.
His plan? To make the world's cheapest green hydrogen, the world's cheapest direct air capture CO2, and cheap natural gas.

This is my conversation with Casey! It's quite long, but I've detailed the timestamps below, Casey elaborated on many important issues, make sure to give them a listen :)

Recorded on Oct 12th.

And mind the two questions about Mars at the end :)

  • 00:00:28: Casey Handmer's background in science and industry and what led him to found Terraform Industries

  • 00:02:30: Why Hyperloop One, which Casey worked on, didn't work as expected

  • 00:04:38: Why "Terraform Industries" as the company name?

  • 00:09:45: Terraform Industries' philosophy

  • 00:13:20: How Terraform Industries is a fundamental bet on cheap solar PV electricity and why it will get ever cheaper for a long time

  • 00:18:08: What the cost of solar PV electricity needs to be for Terraform Industries' green e-methane to start being competitive with fossil methane

  • 00:20:20: What it needs to be for green e-kerosene to be competitive with fossil kerosene, in order to make aviation carbon-neutral

  • 00:21:30: Casey explains how we may even be able to make food thanks to cheap solar, air and water

  • 00:24:00: Can total cumulative solar PV deployment continue to double at current pace (approx. once every 2 years) long enough to have enough capacity to displace all fossil fuels?

  • 00:30:15: Why has Casey been sharing his plans very openly so far?

  • 00:32:50: Casey shares an interesting analogy with the electric car industry

  • 00:36:00: Can Europe compete with China on the EV market? do tariffs help?

  • 00:37:55: How does Terraform industries work? What are the three subsystems of its first product?

  • 00:41:30: Why does Terraform Industries want low-efficiency systems?

  • 00:46:50: What should the be the cost of solar PV electricity for Terraform Industries' green e-methane to start being competitive?

  • 00:49:00: What could be the market size for such machines? And as they're low tech and will be copied, what minimum market share could Terraform Industries hope to retain ultimately?

  • 00:50:30: Does Terraform Industries intend more on selling the machines or operating the machines and selling green e-hydrocarbons?

  • 00:53:25: Is what Terraform Industries is doing easier than coming up with and industrializing the Haber-Bosch process? (that helps fix nitrogen as ammonia from the air and make fertilizer, letting us feed billions more than if we didn't have it otherwise)

  • 00:58:35: Hear Casey say which percentage of solar arrays, easily, will be used to make synthetic fuel 10 years from now, shocking!

  • 00:58:52: What's the status right now for Terraform Industries? What are the next milestones?

  • 01:01:28: What risks is Terraform Industries facing?

  • 01:04:50: What about methane leaks? Especially as Casey Handmer expects world methane consumption to go up as methane gets cheaper and carbon-neutral

  • 01:07:20: As Terraform Industries actually makes green hydrogen (before reacting it with captured CO2 to make methane CH4), why not stop there and provide hydrogen to the "hydrogen economy" that people see about to boom? For industrial heat, aviation, shipping etc.

  • 01:13:20: Why is Casey Handmer fascinated with airships?

  • 01:19:38: What about nuclear fusion? Could it help do without solar plants? (Helion talks about 1MW fusion plant the size of a container as opposed to 5-10 acres for a 1MW solar PV plant)

  • 01:28:00: Why does Casey Handmer think that ultimately most of solar PV electricity will be used to synthesize green hydrocarbons for aviation (which will hence boom) as opposed to every other use combined.

  • 01:37:00: Can Starhip be a thing when it comes to point-to-point transport on Earth?

  • 01:39:55: Why taxing carbon doesn't work

  • 01:44:00: Why current carbon capture and storage approaches can't scale to any meaningful scale

  • 01:46:20: How does AI progress impact what Terraform Industries is doing? What would AGI do?

  • 01:49:05: Will what Terraform Industries is doing be commoditized? Making it hard to find investors?

  • 01:52:35: Stratospheric Aerosol Injection : one of the two other important things we need to be doing to fix the climate crisis (beyond making all we do carbon-neutral for the atmosphere)

  • 01:57:10: The other thing, "enhanced weathering", the best way to remove legacy CO2 from the atmosphere (possibly at $20/ton of CO2)

  • 02:00:10: Casey Handmer's spiciest takes on energy (why batteries will ultimately bankrupt most long power lines, and also why it won't make sense to build more fission reactors)

  • 02:08:48: What about the interseasonal intermittency problem with solar PV?

  • 02:11:23: Hear Casey say why in the long term even methane pipelines will struggle to operate profitably as methane will be synthesized locally, even in temperate latitudes

  • 02:19:30: Sending humans to Mars means bringing with us our microbes. As Mars could be habitable and inhabited by local microbes, even near the surface, we could ending confusing our search for life there, as Earth and potential Mars life may be related. Isn't that a reason to hold on for now and just send our robots which present much less of a risk?

  • 02:24:24: We make all these plans to settle Mars, but what if Mars gravity is a non-starter for humans? Shouldn't the first thing be for us to build ae a space station that can be spun to recreate Mars gravity so as to test its effect on us, before anything else?

  • 02:28:50: What surprised Casey the most moving from Australia to the US. About California and Texas.

  • 02:32:00: Books recommended by Casey (see below for references)

  • 02:32:45: About Elon Musk

Casey Handmer's blog articles we discussed (highly recommended):

My explainer: Green, On-Demand, Abundant Energy by 2050 is Definitely Possible: Here's the Plan with the direct link to section 2 focussing on what Terraform Industries is doing

Discussed in the conversation:

Useful resources

À propos de l'éditeur du podcast Thomas Jestin :

  continue reading

37 epizódok

Artwork
iconMegosztás
 
Manage episode 387939601 series 3513124
A tartalmat a Thomas Jestin biztosítja. Az összes podcast-tartalmat, beleértve az epizódokat, grafikákat és podcast-leírásokat, közvetlenül a Thomas Jestin vagy a podcast platform partnere tölti fel és biztosítja. Ha úgy gondolja, hogy valaki az Ön engedélye nélkül használja fel a szerzői joggal védett művét, kövesse az itt leírt folyamatot https://hu.player.fm/legal.

Two years ago, Casey Handmer quit working on GPS science at NASA JPL to start Terraform Industries, a wild idea backed by visionary investors (including Stripe co-founder and CEO) to bolt our growing solar abundance to growing hydrocarbon scarcity.
His plan? To make the world's cheapest green hydrogen, the world's cheapest direct air capture CO2, and cheap natural gas.

This is my conversation with Casey! It's quite long, but I've detailed the timestamps below, Casey elaborated on many important issues, make sure to give them a listen :)

Recorded on Oct 12th.

And mind the two questions about Mars at the end :)

  • 00:00:28: Casey Handmer's background in science and industry and what led him to found Terraform Industries

  • 00:02:30: Why Hyperloop One, which Casey worked on, didn't work as expected

  • 00:04:38: Why "Terraform Industries" as the company name?

  • 00:09:45: Terraform Industries' philosophy

  • 00:13:20: How Terraform Industries is a fundamental bet on cheap solar PV electricity and why it will get ever cheaper for a long time

  • 00:18:08: What the cost of solar PV electricity needs to be for Terraform Industries' green e-methane to start being competitive with fossil methane

  • 00:20:20: What it needs to be for green e-kerosene to be competitive with fossil kerosene, in order to make aviation carbon-neutral

  • 00:21:30: Casey explains how we may even be able to make food thanks to cheap solar, air and water

  • 00:24:00: Can total cumulative solar PV deployment continue to double at current pace (approx. once every 2 years) long enough to have enough capacity to displace all fossil fuels?

  • 00:30:15: Why has Casey been sharing his plans very openly so far?

  • 00:32:50: Casey shares an interesting analogy with the electric car industry

  • 00:36:00: Can Europe compete with China on the EV market? do tariffs help?

  • 00:37:55: How does Terraform industries work? What are the three subsystems of its first product?

  • 00:41:30: Why does Terraform Industries want low-efficiency systems?

  • 00:46:50: What should the be the cost of solar PV electricity for Terraform Industries' green e-methane to start being competitive?

  • 00:49:00: What could be the market size for such machines? And as they're low tech and will be copied, what minimum market share could Terraform Industries hope to retain ultimately?

  • 00:50:30: Does Terraform Industries intend more on selling the machines or operating the machines and selling green e-hydrocarbons?

  • 00:53:25: Is what Terraform Industries is doing easier than coming up with and industrializing the Haber-Bosch process? (that helps fix nitrogen as ammonia from the air and make fertilizer, letting us feed billions more than if we didn't have it otherwise)

  • 00:58:35: Hear Casey say which percentage of solar arrays, easily, will be used to make synthetic fuel 10 years from now, shocking!

  • 00:58:52: What's the status right now for Terraform Industries? What are the next milestones?

  • 01:01:28: What risks is Terraform Industries facing?

  • 01:04:50: What about methane leaks? Especially as Casey Handmer expects world methane consumption to go up as methane gets cheaper and carbon-neutral

  • 01:07:20: As Terraform Industries actually makes green hydrogen (before reacting it with captured CO2 to make methane CH4), why not stop there and provide hydrogen to the "hydrogen economy" that people see about to boom? For industrial heat, aviation, shipping etc.

  • 01:13:20: Why is Casey Handmer fascinated with airships?

  • 01:19:38: What about nuclear fusion? Could it help do without solar plants? (Helion talks about 1MW fusion plant the size of a container as opposed to 5-10 acres for a 1MW solar PV plant)

  • 01:28:00: Why does Casey Handmer think that ultimately most of solar PV electricity will be used to synthesize green hydrocarbons for aviation (which will hence boom) as opposed to every other use combined.

  • 01:37:00: Can Starhip be a thing when it comes to point-to-point transport on Earth?

  • 01:39:55: Why taxing carbon doesn't work

  • 01:44:00: Why current carbon capture and storage approaches can't scale to any meaningful scale

  • 01:46:20: How does AI progress impact what Terraform Industries is doing? What would AGI do?

  • 01:49:05: Will what Terraform Industries is doing be commoditized? Making it hard to find investors?

  • 01:52:35: Stratospheric Aerosol Injection : one of the two other important things we need to be doing to fix the climate crisis (beyond making all we do carbon-neutral for the atmosphere)

  • 01:57:10: The other thing, "enhanced weathering", the best way to remove legacy CO2 from the atmosphere (possibly at $20/ton of CO2)

  • 02:00:10: Casey Handmer's spiciest takes on energy (why batteries will ultimately bankrupt most long power lines, and also why it won't make sense to build more fission reactors)

  • 02:08:48: What about the interseasonal intermittency problem with solar PV?

  • 02:11:23: Hear Casey say why in the long term even methane pipelines will struggle to operate profitably as methane will be synthesized locally, even in temperate latitudes

  • 02:19:30: Sending humans to Mars means bringing with us our microbes. As Mars could be habitable and inhabited by local microbes, even near the surface, we could ending confusing our search for life there, as Earth and potential Mars life may be related. Isn't that a reason to hold on for now and just send our robots which present much less of a risk?

  • 02:24:24: We make all these plans to settle Mars, but what if Mars gravity is a non-starter for humans? Shouldn't the first thing be for us to build ae a space station that can be spun to recreate Mars gravity so as to test its effect on us, before anything else?

  • 02:28:50: What surprised Casey the most moving from Australia to the US. About California and Texas.

  • 02:32:00: Books recommended by Casey (see below for references)

  • 02:32:45: About Elon Musk

Casey Handmer's blog articles we discussed (highly recommended):

My explainer: Green, On-Demand, Abundant Energy by 2050 is Definitely Possible: Here's the Plan with the direct link to section 2 focussing on what Terraform Industries is doing

Discussed in the conversation:

Useful resources

À propos de l'éditeur du podcast Thomas Jestin :

  continue reading

37 epizódok

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