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Oh, hello and welcome everyone. I'm Patrick O'Shaughnessy and this is Founders Field Guide. Founders Field Guide is a series of conversations with founders, CEOs and operators building great businesses. I believe we are all builders in our own way and this series is dedicated to stories and lessons from builders of all types. Founders' Field Guide is part of the Colossus family of podcasts, and you can access all of our podcasts, including edited transcripts, show notes and resources to keep learning at join Colossus Dotcom.

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My guest today is Jonathan Goldberg, the founder and CEO of Kalvin Direct, a company focused on advising and investing in carbon removal at scale. Jonathan started his career in the commodities division of Goldman Sachs and then went on to start a commodity hedge fund, Beeble Commodities. In our conversation, we cover the state of the carbon problem today the importance of global carbon standards and carbon taxes and the future of carbon capture and removal technologies. This was a masterclass on all things carbon related.

Please enjoy my conversation with Jonathan Goldberg.

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So, John, we've been trying to do this for a long time, so Jack, to do it with you finally. You've taught me most of what I know about the topics that we're going to cover today. I think an interesting place to begin would be with setting up why you're such an interesting person to be attacking this topic and this problem with your career and with this conversation today. Give us just a thumbnail sketch of the major stops of your career, and then I'll probably ask some follow up questions on each just so we can lay good groundwork to then talk all things carbon.

Thanks so much for having me here. My career actually started a bit, of course, I think, as many of your guests do in school, advances of becoming a writer. I worked at Reuters and they randomly put me in the commodities group to cover energy markets. I had requested that it just happened that three people quit the summer that I joined that job. This may tell you a little bit about the quality of work at the time, but I got about 50 articles on energy markets that were distributed when he was 18 years old at the time and do absolutely nothing about what I was writing about, but to get able to get some coverage and got pretty hooked on global commodity markets, why they were important, the geopolitics that goes into it, especially the energy markets.

I thought it might continue on that path. I'm writing about it and then graduating college checked rent levels in New York City and decided that something different might be a little bit more appropriate. I joined Goldman and because of this interest in commodities get linked up with Jarrin, which is the commodities group at Goldman. And really, it was just a fascinating place to start my career. So the commodities group at Goldman did and does two main things. One, work with clients on their hedging needs.

I worked with a lot of airline utilities, refiners, and then after doing that for about two years and getting a good understanding of how these markets worked, I gravitated to run. What then? Goldman was allowed to call a prop trading business within the firm. It may have subsequently changed names, but I essentially ran an internal fund within the commodities group for about six years and really enjoyed a great group of people. Learned a lot about the market, was quite happy there around 2010.

There's a lot of changes going on within the industry, within banking, within trading and left to go to a company called Glencore, which is a private company at the time, to run the derivatives business in the US, doing essentially the same work that I've been doing at Goldman and also transition time. The firm went public a few years later. I had always had some designs on starting my own firm and did that in 2013 using capital from myself, some of the partners that I'd worked with that Glencore and then some institutional investors and ran that firm until about a year and a half or two years.

Talk us through a little bit of bubbles, part of the equation, that being the fund that you started then after leaving Glencore and really and during that period, and maybe you could even bleed deeper back into both Glencore and your funds at Goldman. Talk us through what that world was like when you came into it and how it's changed. So let's call you a selfish actor in this on behalf of your investors. You were trying to make money trading commodities.

I would love a crash course here. What were the major commodities that you were trading sort of in? What ratios? How much was oil versus gas versus other? What were the major strategies? How is this whole world evolved? Because. Well, I've had energy investors on the podcast before. You know, the team that basin we've had a few times on their primary focus is on equities. I've never actually had a commodities trader on before. So I'd love the opportunity with you here, even though we'll spend most of our conversation on what you're doing today just to learn about this space, walk us through what it was like when you started and how it evolved.

It's changed so much during that time. And first, my emphasis, whether it's at BBL or even before that, while I traded a number of different markets, including some macromarkets, my focus was always in, again, the actual underlying commodity itself. I'm not in equities, not in fixed income of commodity companies. And within that, my specialty was really in energy products. So crude oil, obviously crude goes through a refinery and then produces refined products.

There's no demand for crude inherently. There's demand for things like gasoline, diesel and other products that come out of the refining process. That was really where I cut my teeth and continued to trade throughout the BBL time. The commodities often were correlated. So even if I didn't have a position on, I'd always keep a close eye on what was going on with some of the other commodity markets. And it's inflected a lot. It'll be interesting, actually, as we dive into the carbon discussion.

When I started, there really wasn't any electronic trading. It's sort of hard to fathom now. In twenty three, the majority of the trading were bilateral transactions. They were a bit slower to occur. You had to assign different credit charges if you were doing a crack spread trade with a Shell or Valero. And they had different credit metrics, very different from the exchange clearing mechanisms that essentially all of the trading is done on now. And also the dissemination of information was a lot slower.

So it was. Public information, but fairly well guarded in terms of how people were doing analysis on, say, Cushing, Oklahoma, stocks or on inventory in New York Harbor. And today, when inventory data is released on every Wednesday, that dad is instantly analyzed within people's trading systems and often times, it seems, moves a second after the data is released, it's been digested and traded. So it's just different. I think there was more a little bit more interpersonal relationships with trading when I started because the information was harder to come by.

We would spend a lot of time in Asia getting to know the people who were trading those markets, and that became a bit more of the funnel. I think that's not really the case today.

You talk about the evolution of what I'll call Alpha, kind of have to say Alpha. I guess there is a beta, right? Like you could just be long oil for some reason over a long period of time. But what were the strategies you've already mentioned relationships, the importance of maybe information, and that's become less important as you were successful, especially across the period of beeble and maybe Glencore in the most recent decade. What were the key strategies for making money as a commodities trader and how do you think that's changed?

For me, it was about having limited exposure to the absolute price of oil. So oil prices go up or down. Certainly there are cases where we've made and lost money by having views in either direction. I always found it more difficult because the price of oil could be correlated, for example, to the dollar getting stronger or weaker, where I didn't have a particular edge in understanding whether the dollar would go down, others were presumably better. And betting on that where our alpha came was generally in relative value trades.

So basically we would have views that it's an overused example. But in the summer, gasoline prices tend to do very well relative to diesel. There are changes that happen in configurations of refineries that might favour one product versus the other. So we were always trading fundamental qualitative strategy to us in those areas that we always had. Certainly our biggest success were in those areas and and often, frankly, caught wrong footed. If we were to just make a huge bet on a macro trend, which was a little bit more difficult to discern.

Do you think that there is an opportunity today in these kinds of strategies? And does it look anything like maybe the opportunity size when you were at your most active?

I do. I think that commodities there's been a lot of comments, I think for all of my years trading every year was the death of commodities as a trading thing. That's sort of overused narrative, which I don't believe in. I think that they're going to be ample opportunities in commodities, in both relative value and some broad trading strategies. I mean, I certainly think my expertise was generally not in the kind of broader dollar is weakening inflation. But it is true that when you look at synchronised stimulus, easy monetary policy, things of that nature, there's a pretty interesting case for commodities over the next 12 and twenty four months, especially with what's going on with long term oil demand changes and regulatory policy changes in investment structure from the oil majors.

I think from a trading environment, it will be quite good, actually.

Let's talk now about a transition that you've made, and I'd like to begin that transition with maybe you describing what you're doing today, but maybe we could even back up to what insight did you have while still at BBL before you decided to move on from that business and that kind of chapter of your life to doing what you're doing now? What was the spark that ignited your interest to change?

I had always been interested in climate related issues. I would say for two reasons. One, eyes and ears open. The science is apparent to anybody who chooses to look for it and pay attention to it. Also, as an energy investor, I thought that a lot of the discussions that were going around climate, many of them were helpful, but also missing huge perspective. I think that people generally underestimate just how big the energy market is. There's about two trillion dollars per annum of investment in the energy industry.

It's about double that if you extend it to other fossil industries. That's a huge amount of capital every year. It's very slow to turn over. And the other thing that always stuck in my head about the carbon issue that related to commodities is most financial assets, as you're familiar with, are flow issues. How quickly are you growing sales? What's your long term trajectory? And commodities are a bit of a mixture of both. And carbon is as well, where if you need a barrel of oil or a bushel of corn, you need that actual bushel.

So the inventory of the stock matters. Carbon is similar and actually more exaggerated where there was a lot of good work being done on energy transition for the flow of CO2 emissions, although not nearly enough, because the flow with a little bit of a dip because of covid continues to increase per annum. But the stock of CO2 already in the atmosphere was about one point six. Trillion times where some variance in how that's measured, but about that number and the flow is only 40 billion tons per annum and for some reason that stock question just wasn't addressed in the conversation, in spite of it being clear in the science that it needed.

It done a lot of nonprofit work while I was running the fund, most especially at Columbia. There's an energy policy center that has been on the board of since it started and helped fund something called the Carbon Management Initiative about four and a half years ago. And I just got hooked. This was an important thing to do. We needed to manage carbon in a big way to hit IPCC goals. I had started just doing this from a policy perspective.

We would write papers. We still do get them in the right hand at the right policymakers to help with things like carbon tax recommendations and other policy work. But when I started digging into the industry, there was just nothing there. There were no companies essentially doing this work. There was very fragmented demand for people buying carbon removal or carbon management services. And then when you looked at the science and what the science assumed that we would get to, we were assuming a negative emissions industry of roughly 10 gigatons per annum really inflecting in 2030 and growing until 2050.

We do nothing today. And just as a proxy, the entire energy industry only moves about five gigatons per annum of stuff. So we need to build essentially an anti oil industry, if you will, or an industry that can remove the stock of CO2. That's 2x the size of all of the oil and gas industry. And we need to do that now.

I love the framing of stock versus flow, and it's a really good excuse to talk about the major levers and drivers here. So one point six trillion versus 40 billion tells you that probably the bigger bang for the buck would be removal or reduction of the stock versus reduction of the flow. I don't think I've ever heard any time I approach this issue, it's reduction of the flow that seems to be the thing. Like here's the annual production sources. I want to talk about that, too.

And if we reduce them, we start to solve the problem. But talk us through just why the stock is so important. What do we need to get that down to? Referred to the science a few times. I think it would be helpful to hear your perspective on that science. What are the potential range of consequences? Understanding this is a complex system. I'm sure some of it's not predictable, but what are the types of consequences we're talking about?

And then let's dig into the sources for stock and flow and how we might do something about it.

I think the first thing we would emphasize is we wouldn't be very clear. The flow is a a lot of our work is also focused on that. We need to hit net zero on an ongoing basis, period. That has to happen. I think our point is a little bit that there's a lot of work being done in that flow analysis and in the investments that are being made. And that needs to continue and accelerate. But both things really do need to happen.

And I think the other thing that we generally emphasize when we talk about carbon management, broad base of the abatement are slowing up the flow and also the removal of CO2 is that, frankly, most of the models assume that flow is going to zero or something in order of magnitude to be zero. I am very skeptical of that. We're extremely encouraged by some segments of the economy. But when you look at, for example, we do a lot of work in the cement industry.

Cement and heavy industry are huge emitters, eight percent and then roughly twenty two percent. If you extend it to a broader swath of heavy industry, that's more than all the cars, trucks and planes put together in the world by a lot. And there's very little innovation happening in that industry. There's a couple of really promising companies that we're working with that are doing things like low carbon heat, for example, or decarbonizing cement and steel process, either through capturing CO2 at the point of emissions or through curing it in the actual production process.

But we're very far away from getting those huge numbers down toward zero. And that's a little bit where we're focusing on right now.

Can you round out that sourcing pie for us? So of heavy industry is twenty two percent of the emissions on an annual basis. What's the rest? Just be helpful at levels that people like. Here's where the stock is continuing to increase because of an annual flow, like you're the sources of those emissions.

So if you look at it and transport, broadly speaking, and you can get a little bit more specific in terms of consumer vehicles, the aviation trucks, etc., the big buckets that are transport, heavy industry, agricultural land use changes is a huge part of this. And it's one of the things that we're very concerned with, because as the world changes, actually, the stock of CO2 from certain natural sinks can change and get released into the atmosphere and that can become more problematic.

And then obviously the power sector being the last big, big bucket. And I would guess in those we do see a lot of slivers of very promising things. EVs are on a great path, although it is interesting if you look at the sectoral emissions from the consumer automotive sector, in spite of great news from the Tesla's of the world, they're not on track at. Parastatals, which is pretty fascinating, even when you take it, sort of an asymptote curve of where electric vehicles are changing because the existing stock of cars is so high and the relatively long lived assets, we are unlikely to hit the Paris accord even in that sector, let alone some of the harder to decarbonise areas.

Power's been pretty fantastic. And with the drops in solar PVS and a lot of that could enable changes in some of the other sectors and is quite encouraging, but it's still too slow.

Can you describe the Paris accord for us? Is that the most important of the global standards or sets of goals, if not one of the other important ones? So maybe we just start there. What is it exactly? Almost like an inventory of the things that we're working towards.

There's a number of different, I guess, important things. Paris, I think, is very important. It is nonbinding, obviously be better if it were a binding accord. But just getting large nations coordinated in a way to commit to a quote unquote, carbon budget over time is a huge deal. It was a big accomplishment. And we should have stayed in actively and encouraged others in the Paris accord and hopefully in a new administration that will change. I actually think some of the things that are driving the market more today are more nationalized and even local policies.

So there's a lot of things out there on the compulsory side, like the EU ETS, which is a carbon price by any other name in Europe, has a huge annual turnover, about a trillion dollars and impacts industry. It impacts most, if not all segments of the economy. And we're going to see the UK link to that post Brexit, which is a great thing in the US. We don't have anything quite so intricate, but we do have a number of state legislations like the QFES in California.

So it's happening, but it's happening in a very there's one hundred and seventy different types of carbon taxes throughout the world. It would be much better if these things were synthesised on a federal level. But there are important things happening and the bottom. So can we start to talk about carbon removal? I don't think this is something that a lot of people are aware of or understand the technology behind. If we've got one point six trillion in the atmosphere, what are the ways that we can get it out?

How much do we want to get out? What are the cutting edge technologies on this front? Who are the major players here to start to lay the picture here for us on the idea of carbon removal and its potential to be a huge and important thing in the world?

I think first maybe start with the imperative that we will need carbon removal even if we go on a more accelerated pace of slowing that foot down. And we're certainly working towards that because we've accumulated so much CO2. There's a lot of potentially global warming that's been baked in because the stock is having an impact on the climate. The amount that we make going forward will change the dynamics of that. But we already have so much that we're going to have to remove CO2 from the atmosphere.

And there's sort of two main categories of carbon removal. One is in the what's called the natural carbon removal. The second is in engineered or hybrid forms. Broadly speaking, natural carbon removal is things like tree planting trees, protecting trees, so-called improved forest management, which is essentially changing your timber farming practices relative to a baseline to increase the carbon stock and using soils soils have released about one hundred and thirty billion tonnes per annum, which is a huge amount of CO2 since the industrial age, because we've changed how we farm and use the land.

That's another big area that can be improved over time. There's also some developing things within the marine sector. Kelp, for example, the biomass or CO2 and when stored properly in the ocean can be a sink of CO2. And we do a lot of work in natural carbon removal. In fact, it's by far the majority of what's happening today because the engineered side is very early on the engineered form of carbon removal. Again, all of these are defined by being essentially old technologies.

Direct air capture, for instance, is a 70 year plus technology. We've known how to capture CO2 for a long time, but the deployment of it has been very recent and very, very low. And the main forms of carbon removal from an engineering perspective are direct air capture, which essentially take CO2 from the air, separates that CO2 from the ambient air through a variety of different processes, depending on the technology provider. And then it either stores the CO2 in the ground, which just to be clear, is an incredibly safe process.

The CO2 liquefies its doors in geological storage, just like oil and gas has been stored in the ground for perpetuity. So too can the CO2 when it's liquefied and we have tons of CO2 storage globally. There's about 20 million tonnes of available geological storage of CO2 throughout the world. We will never store 20 trillion tons of CO2. If we do, the earth is in some serious challenge, so there's plenty of storage available to it. Other forms of engineered types of carbon removal are.

Things like Bio-Energy, coupled with six so biomass stores to things like tinder trees will store, but when the biological process, when they are living organisms die, the CO2 decomposes and released back into the atmosphere. There's technology that can convert that biomass into something useful, capture CO2 in the process and have a negative process.

Can we talk to the first of the engineering solutions? Because it is so interesting. How does it work? Is it just like giant fans? What is the technology? And it begs the question, what are the incentives? If the technology's been around a long time and this is an important problem, but it hasn't been deployed. How might that change? Is it a change in incentives? Is it. This is where we need to get into corporations spending some money as part of their individualized efforts to reduce their own emissions or reverse them through air capture.

Talk us just through not so much the separation technologies, but the gathering and capturing technologies in descriptions.

Good. They do look like a giant series of very, very big stands, very accurate with different types of essentially sorbent materials that when run presumably on geothermal or if you're using fossil energy because these are energy intensive processes you have to take up before that CO2 and capture it during the process, which the companies do. The CO2 is separated by those fans. There's a couple of different processes which do it, but broadly speaking, it separates the CO2 and then compresses it so that it can be either stored in the ground or used in a variety of commercial processes.

One of the interesting things about the tech is it's essentially all open source. There's been a lot of debate about their capture of price points, et cetera. So about 10 years ago, David Keith, who is one of the pioneers in this field, along with a few others, open sourced, what the technology looked like, how it works, published it, and people have been innovating off of that since. The reason it hasn't scaled is you're right, in a world where it's free to emit a ton of CO2 and you don't get charged for it or you don't have a willingness to take care of it, there is zero reason to do director capture.

None of it will always be easier. Always the thermodynamics are quite clear to either capture CO2 from one source, so from a concentrated stream or to source CO2 from the ground. It's always going to be cheaper to do those things and will be in the future. So it's only the presence, I would say, of incentives that could be voluntary demand from companies like Microsoft that have these commitments to be carbon neutral or Microsoft case carbon negative. It can be a carbon tax.

It could be an incentive to use what people like to call as a full cycle economy product. So taking carbon from the atmosphere, converting that CO2, which absolutely can be done in a number of people, my team focus on this into useful products, petroleum, fuel or things like polymers for plastics production. And this can be done, but you need to create either a government or market incentive to accelerate those markets.

Talk us through the range of corporate participation around the world. You know, the US best, but what does that mean for Microsoft? What is a big company that's made a commitment? How do they make that commitment? What does it mean? What do they do to fulfill it? If you think about the corporation as a unit and a key player here, what's happening in that world?

Yeah, I mean, I guess 2020 was a lot of things, but it was probably also the year of pledges that seemed every day there was a net zero something or another alliance announcement. And listen, many of them are difficult to discern that there will be any meaning towards those things. But there has been a cohort of very large enterprises that are taking this seriously. There's not a uniform approach to how people deal with the net zero as a firm carbon direct is working with 13 clients.

They're global, they're big. The CO2 footprint of our client base is about six hundred and fifty million tonnes per annum, which is roughly the size of Germany. It's quite a lot of CO2 and there are different perspectives about what to do with that. Microsoft has been a fantastic partner and they've taken a very clear stance. Bill Gates has been a big advocate of direct air capture for a long time. They've taken a very clear stance that they want to be not just carbon neutral, but carbon negative since the company was formed in nineteen seventy five.

So what that requires is both reducing their ongoing emissions through buying renewable power or other types of sustainability and also putting together a portfolio of carbon removal stuff. And that is both growing trees. It's working with soils to increase the CO2 intensity of the soil programs and it's also looking at and purchasing from innovative engineered forms of carbon removal like direct or capture. Other companies have different perspectives. They're more focused on the flow, on the abatement. They're focused on incorporating things like low carbon steel into their supply chain.

We help companies with that. So there's a range of different approaches. And I would say it's going in the right direction. But I think and this comes from somebody who works very extensively in. The voluntary market, if people are betting that these voluntary pledges are going to fix this, that is a bad bet. They're not big enough, they're not up to the scale. There needs to be a lot more that happens if you think forward.

Let's assume we solve this and it's 20, 50 and we've reduced to net zero or negative on an annual basis and we're actively pulling carbon out of the atmosphere. What's your best guess as to the major sources of making that possible, thinking about natural versus engineered? Is it feasible that I've seen some really prominent leaders, Toby Lukie comes to mind? I think he's got trees in his Twitter profile. He's planted like some insane number of trees. What do you think the right balance is between these types of solutions at the broadest category level of natural versus engineered?

And what should we be focused on, like people that are interested in this? Where do you think the bang for the buck comes from? If we're successful?

Shopify is a fantastic example of somebody doing it well and is a client of ours. And Toby's done an amazing job with where he's pushed the firm on this. I would say they and we advocate very strongly for a portfolio approach. That's not a way of dodging the question. It's not a way of putting values on different things. It's simply when you look at doing over 10 gigatons of stuff, you can't get there with any of these individual projects. You just can't, at least in the time frame.

We are big advocates of using land, trees and natural resources. Well, so that they are ecologically sound, they do no harm and they have carbon benefits. But what people have estimated that tree planting can do, for example, this trillion tree idea that's floating around are crazy. They are not grounded in science at all. We don't have enough land. We don't have a good enough measurement of whether many of these projects are actually storing CO2 relative to a baseline.

Many times they do not. They rely on crazy counterfactual analysis, which are incorrect. So we can do it within that sector. But I think you're limited to sort of the single gigaton expansion when you're looking at soil carbon, tree planting, other types of biological approaches. And the other thing that I will emphasize is that those biological approaches are great and should be encouraged. They need to be done essentially in perpetuity, because if you grow a tree and even if you manage it correctly, that will die.

And when the tree dies, the CO2 is released back into the atmosphere. So whether it lasts for 50 years or 20 years, you need to address that. And when you look at some of the short term cycles that some of these projects do, you're solving for nothing, because essentially the carbon is just going to be released back into the atmosphere. You need more durable storage associated with it. And then when you look at direct air capture, one of the positives is that it is technically infinitely scalable.

You can put it essentially anywhere you have access to both storage availability and also cheap and reliable renewable power. And you don't want to steal that renewable power from something else. So if you put a direct air capture plan and it sucks up all the renewable power and a coal plant continues to operate, that's not a carbon benefit. And we shouldn't be doing that. But essentially, it's infinitely scalable. The problem is it's expensive today. The price is declining, I think, quite quickly, but it's expensive and they take a long time.

I mean, these plants take a million tonnes a year carbon engineering plant. It take four years, three and a half years to build. We're not dealing with an infinite time horizon. So I think that direct air capture can and get a need to get to the gigaton scale, not in an acceptable time frame. So we need all of these things.

I'm going to ask something. I'll call the villain test. Let's just assume there is the demand side grows somehow, whether by regulatory requirement, national laws or whatever, carbon prices, whatever, or bottom up. Microsoft isn't being forced to do this, but they're doing it anyway. That does seem to be a legitimate way of like a bottom up demand growth and demand to solve this problem. The villain test question is, let's say you didn't give a damn about the Earth or the atmosphere.

You just wanted to make as much money as possible as somebody that was fullfillment for that demand to reduce carbon in the atmosphere. If you were that villain, what would you be doing right now? What kind of business would you be building?

I think even in the villain, you would be fulfilling something that needs to happen because of how limited the industry is. Now, there's a lot that needs to be built. I mean, I think if you're purely financially focused, I think infrastructure around CO2 storage, so pipeline assets, storage, infrastructure, taking CO2 that's being captured from point source to direct air capture. There are a couple of great companies doing it now, but not enough. I think that there's a big commercial opportunity there.

I think that there will be a few parts of the circular economy that work well where I can see some areas where you can do CO2 conversion, for example, into carbon monoxide, which is a huge market. It's one hundred billion dollar a year market for polymers and other things. I think that there's a pathway forward where you can actually make that sort of green carbon monoxide at a cheaper price than the traditional stuff. I'm very skeptical that you'll be able to take CO2 from the atmosphere and turn it into it like a petroleum type fuel and anything that's cost competitive.

So I doubt that would be a good place to be a villain any time soon. But I can see some of these areas having just a pure commercial result. And I think that that's going to expand over time.

Talk us through the existing two industries of we'll call it fossil fuels and clean energy. I don't know what else to call it, wind, solar, etc. no emission energy creators. What are the major trends that you're seeing in these two spaces? Maybe we could start with fossil fuels. It's kind of interesting that what seems to be the sort of the tail end of this thing, we had something like Aramco plans to be a publicly traded company. What's going on in the world of fossil fuels that you think is interesting?

What's changed the most? The energy sector is like now a miniscule part of the stock market, which is just fascinating. I remember when I started my career was like 12, 13, 14 percent. Now it's like one or two percent. What do you see there in the world of fossil fuels first and then we'll go to sustainable or clean energy.

On the fossil side, I'd segregate what's actually happening in the world that will contribute or not to climate impact and then the financial assets. I mean, I think, well, the market has done a pretty good job of divesting for you because if you just own the S&P five hundred if miraculously divested from a significant amount of your energy portfolio, because the companies haven't done very well. And I think that there's other areas where the financial markets have done things like increasing capital cost to the oil and gas industry.

So if you look at essentially the embedded carbon tax in the market, it's about eighty dollars one hundred dollars a ton. And that's basically backed out from looking at what IRR do you need to finance the cost of capital basis, a clean energy versus the fossil? It's significantly different. That being said, we still use free covid and likely in twenty twenty one one hundred million barrels a day of the stuff. So even if the stocks are trading at lower PEs and multiples and whatever the case may be, the world uses 100 million barrels a day of petroleum based things and that will be higher in twenty twenty one than it was in twenty nineteen.

The rate of growth is definitely slowing. Italy will be an aviation fuel for next year because flying I think could be structurally impaired. Transport demand for cars, EVs are having a marginal decline in gasoline, but the level is staying pretty high. But petrochemical demand is really good. There's going be a lot of infrastructure spending. So I think it's important for people to know from a climate perspective that divestment on its own does not do anything. You've changed asset ownership from one person to another, maybe indirectly.

There's some capital cost change, but don't digress too much on divestment. But the friend fancy cars and he got very concerned on climate. He never drove the cars, very expensive collection. He never drove them. But he wants to be a climate four person, so he sold all the cars to somebody else. Well, the problem is the person he sold it to is going to drive a lot.

If you're if you're an energy company and you're selling all of your cars to someone who's actually going to use them, the net CO2 emissions are not going down because of this. So I think we're in that part of the market phase right now. And I think that's also why people will be disappointed that in the next couple of years, the level of CO2 emissions that we're having are nowhere near consistent with the Paris accord.

Let's talk about EV, I'll call it from the consumer perspective. So I'm increasingly of this view that convenience is sort of everything and price is part of convenience for sure. I would put myself in the camp of if you just told me there is the easy way for me to switch my personal consumption of energy, let's just call it in all ways, transport home and otherwise in a relatively neutral setting or even pay more. I would certainly do it. And my guess is a lot of people would so talk us through the market dynamics, the consumer dynamics, whatever you think is important on changes in clean energy, my understanding is the cost of solar and some of these other things has come way, way down.

How much room is there to run in those sorts of things? Walk us through this whole part.

I think the first thing I would emphasize is that while there are certainly some parts of the market who will pay a green premium and do things like that, one should assume that the willingness to pay for this stuff is zero. We have a client is a very large producer of consumer goods. They've tested all of this, whether it's detergent or in other types of consumer products. It's zero. It's not a little bit. It's absolutely zero. You need to deliver to consumers again writ large, something that is cost competitive are cheaper than the existing product or has substantial differentiated benefits in the system.

When we invest capital. I always remember one of these people spent billions and billions of dollars to figure out I have. So we don't need to learn that lesson again in areas like power, where it's just legitimately cheaper to use wind and solar depending on where you are, depending on the intermittency issues, it's going to win out. And people say to win out through market forces, I think that's the wrong term because we need to remember that all of these markets, whether it's oil and gas, renewables, solar thermal is subsidized.

They all have some. Of embedded tax subsidy, positive or negative, it could be a gasoline tax, it penalizes you for driving, it could be an incentive structure. But just for the price to the consumer, whether it's financed by the Treasury or just the lower cost needs to be at or below the competition. And for power, it looks really good. I think for EVs, we're five years away from lifecycle ownership being cheaper than fossil cars.

But again, the car stock last a long time and people will be driving. My friend's car is traded around for a period. I think those are the two broad trends. I do want to emphasize one trend that I would like to pick up that unfortunately hasn't a lot of the work that we do at Columbia is again policy focused emphasis in policy and frankly in the market to really look critically at what we call the levelized cost of carbon abatement. So what that means is whether it's a Treasury making a decision or a company, what are you paying in dollars per ton to remove a ton of CO2 or to avoid a ton of CO2?

And for some reason, we just don't do policy this way. We say basically, I want to sell a million electric vehicles at a cost. You don't look at it at what am I paying per ton of what I'm avoiding. And I hope that we get to a point where we look at this much more critically, because some of the things that have accelerated, including EVs, which which is good, have come at significant cost per ton. So electric vehicle subsidies can be five hundred dollars at a time.

They're declining. And that was to encourage the market. It's a good thing, but we need to, with a finite budget and a finite amount of time, really look closely at how those subsidies are applied.

Can you talk us through the geopolitical will landscape of the world, both snapshot and movie? So if you had to put governments in like a couple of major categories, what are the major categories of sort of government stance towards all of this stuff as a snapshot today? And how do you think that movie plays out? Like what are the rates of change that you observe?

A Europe and Canada are probably in a league of their own today, both in terms of compulsory markets. So Ottawa just announced a carbon tax. It's going to one hundred and seventy five dollars a it's an escalating carbon tax. That's incredible. I mean, that's going to be above the price of direct air capture when it hits that level. I think that's quite important. The EU carbon price now is thirty three euros a tonne, give or take, which is really approaching where it should be.

I think the price of carbon should be the price that it costs to remove and store CO2 to give an accurate market reflection. But it's climbing from thirty five, which is great. China, who knows. Just legitimately don't know. The net zero announcement I think is a good thing, particularly in the US. Wasn't willing to make it. I think China, if they can make money on things like solar innovation, electric vehicles, they're going to do it.

So if the rest of the world does lead a little bit in terms of pricing things, I think you'll see a significant amount of innovation on the carbon removal. We're hugely skeptical of what we've seen. They've got announced a number of reforestation goals and they have a long history of this in a long history of it working poorly and not delivering the carbon benefits that have been stated. Japan's made a net zero goal as well. And then, of course, the US.

I'm pretty optimistic actually about twenty twenty one in that I think the makeup of this election between the more centrist, for lack of a better term, part of the Democratic Party. And what I'm seeing is slow and not enough, but some movements from the Republicans that are supportive of innovation around climate, other types of things that carbon there are carbon tax by other names. And I think a significant uptake in R&D from the US government on climate innovation.

I forgot to ask earlier about just consequences. I mentioned that we didn't go into it. When you think about whatever the peak awareness of whenever An Inconvenient Truth came out from Al Gore on my living memory, that was sort of like this wake up moment for a lot of people, probably because it was an approachable presentation of what was going on. What do you think today? What have we learned since then? Good, bad, ugly, different than what was said back then.

What in your mind are the primary consequences that people should be aware of? Should we be unsuccessful in both flow and stock removal over the next hundred years or whatever the time frame you think is appropriate?

Yeah, unfortunately, we didn't learn much from Inconvenient Truth because half of all emissions since the Industrial Age has happened since that documentary was released, which is stunning, I think is an important document. But in terms of what's happened, I guess it could have been worse without it. You don't know the counterfactual, right?

Yes. By the way, it quite likely would have been worse. So that's a good thing. But we haven't learned a ton. I think that when you look at the climate protests that have happened and a lot of the rhetoric from especially young people, I think it's great and galvanizing action. It's not true that there's some type of binary event that if we made it another one billion tons of CO2, it's all over. It doesn't work like that.

That will be escalating impacts on things like ocean acidification and how we feed people globally, obviously. California, with the forest fires that we've seen in the last few years, that will accelerate and move to other areas and unfortunately, like most of the challenge, this is going to screw poor people and poor nations. A lot more than wealthy nations will be able to adjust where luxury condos in Miami are built. And we will find a way to continue to grow.

But areas with poor infrastructure and flooding and all sorts of things can really set a lot of progress back. And it will not happen in one thing overnight. I mean, frankly, you saw a lot of people expected that you would see some type of climate disaster. We'd all get together and combine, which would fix it. It's not going to be like that. It's going to be more veracity of hurricanes.

It's going to be more incidences like in California, which on their own, there's some improvements in attribution science which can show specific events and that they're caused by climate change, although that science is imperfect and will remain imperfect and it will just be this trend of more severe challenges.

What have we missed in terms of major players or technologies or really anything that we haven't covered yet that you're focused on?

And I think we need to cover the audience would be interested in regulation matters for all of the two trillion dollars in energy spending and all of the five trillion dollars in sort of commodity spending. Broadly, there's been some reticence to get into the market, although we're doing it. And I think there's some other really smart investors who are getting into the space now because, well, we can't figure this out because there could be a change in regulation and things of that nature.

That's true for all five trillion dollars. So I think the key is to understand where things are under writable today and then have a little bit of a view on where the tailwinds are going within it, but not to simply avoid the sector. I think that one message. The other thing that's really important to emphasize, and I know this goes a little bit against the background in trading and running a fund. I love trading on markets and you can make money doing it.

And that's great. I think there's an idea that's a little bit coming to the fore that we disagree with that simply scaling, quote unquote, the market will be a good thing. It won't. And I'm talking specifically about the voluntary carbon market. So what people are willing to pay to wash away their sins or whether it's in a regulatory market, you're literally paying for the right to make a ton of CO2. We need to ground truth to quality elements of all of the things that are solutions in the voluntary carbon markets through rigorous science that we understand that we're actually getting a ton of carbon benefit from those.

The history of these are really and it's very important as we go forward that there needs to be a science first approach to all of these things.

The market needs to come second, third and last to what we haven't talked really about the active investing side of what you do if you split your business today. It's sort of advisory and investing advisory. I think you've talked about some clients like Shopify and Microsoft have a general sense for like helping big corporations think through their options, what they should do, structure strategies, et cetera, on the investing side. Walk us through that again. Investing tends to be at least some financial interest.

Of course, people that put money into technologies or companies or whatever it is that are going to be helping with this problem. How do you think through that one of the major categories of investment, what has you most excited that we haven't talked about? What are the sorts of things that you're backing and at what scale?

I think in both our advisory business and the investing that we do is science comes first and both of those things we've got twenty five scientists on my team. They've got a variety of expertise from natural carbon removal to engineers and everything we do, whether we're recommending something to a client or putting capital into it, we have to do rigorous analysis on. It is unfortunate part of this ESG landscape that there are a lot of claims that can be made by companies looking for money, that the technology is unproven and or it does not actually provide the carbon benefit.

So we do real rigorous analysis on both the advisory side and the investment side that works. The science behind it is solid and sound. And then when we look to deploy money business to make changes grow over time, we're firmly in this growth equity part of the investing cycle. And by that I mean we don't do venture. There are some good venture investors out there in the space, but I need my team to be able to look at something in a real world scenario that's been sighted.

We can test it and get real data. That company has a customer or customers so that we're not the only one and saying, yes, this works. It's a great idea. There's some type of commercial validation. Even if the revenue numbers are low, there's something there for our strategy which may not be for all. We invest in the capital part of the business. There are essentially a dozen or so very important. You can think of us like the intel inside for the carbon industry, companies that are technology focused, that integrate with larger projects to reduce, eliminate or use the CO2.

It could be a point source capture company where a client like Lafarge would pay for the source to remove the CO2 from the regulatory or use case reasons that may change over time and. Part of the reason we have the advisory business is as demand increases for the market, there will be more project financing type capital that's going to be needed into the industry because you have a little bit of a more depressed revenue stream. But for now, we're finding the sweet spot in these technology growth equity accounts.

Well, I knew this would be just an awesome masterclass on all things carbon reduction and removal. When I met you, most of the stuff I had no clue about. So I'm sure people will be really interested to hear. Just first of all, the scope of it is just staggering. I mean, the number of different trillion dollar numbers that you can throw out there that we need to change is staggering. So I so appreciate the time today. I think, you know, my traditional closing question for everybody, which is to ask for the kindest thing that anyone's ever done for you.

I have to say, I ran this by my my wife, you know, and we met she was in the UK and I was here in New York. And let's just say we live in New York now. So I, I both agree with and am obliged to point that out. I love it.

I love it. Simple, simple and true. Well, John, thanks so much for the time today. Really appreciate everything you've taught me here and for you to see everyone else as well. If you enjoy this episode, check out join Colossus Dotcom there you'll find every episode of this podcast, complete with transcripts, show notes and resources to keep learning. You can also sign up for our newsletter, Colossus Weekly, where we condense episodes to the big ideas, quotations and more, as well as share the best content we find on the Internet every week.