WEBVTT - Elon Musk Pay, Energy in Focus

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<v Speaker 1>Bloomberg Audio Studios, podcasts, radio news. You're listening to the

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<v Speaker 2>I'm looking at Tesla.

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<v Speaker 3>That stock has been in the news every day every

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<v Speaker 3>day this year. The stock is really underperforming, down thirty

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<v Speaker 3>seven percent, so it seems like an odd time for Tesla.

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<v Speaker 2>We'll ask shareholders to.

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<v Speaker 3>Vote again on the same fifty six billion dollar compensation

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<v Speaker 3>package for chief executive officer Elon Musk that was avoided

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<v Speaker 3>by a Delaware court early this year. Craig Trudell joins us.

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<v Speaker 3>He covers all that Auto stuff for Bloomberg. It's just

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<v Speaker 3>amazing here, Craig, it seems like an odd time to

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<v Speaker 3>be asking for this monster's payday here.

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<v Speaker 2>What's going on at Tesla? The board and Elon?

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<v Speaker 4>Yeah, it's it's not a huge shock in that we

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<v Speaker 4>we sort of heard the complaining about this ruling, uh

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<v Speaker 4>as as soon as it hit, you know, we saw

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<v Speaker 4>it play out on on X as you would expect.

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<v Speaker 4>But it is I guess I was surprised to see that.

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<v Speaker 4>You know, their their move here was to take the

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<v Speaker 4>same plan and just put it back to the shareholders.

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<v Speaker 4>It's a it's a fairly simple one, but it does

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<v Speaker 4>seem like a pretty bold one, just given the very

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<v Speaker 4>thorough uh you know case that was laid out by

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<v Speaker 4>the Delaware Chance record, uh you know against the company

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<v Speaker 4>in particular, particularly the board. I mean, the language that

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<v Speaker 4>Judge Kathleen McCormick used was was pretty uh, pretty notable.

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<v Speaker 4>She described the directors as and I quote, supine servants

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<v Speaker 4>of an overwinning master. I mean, she just had a

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<v Speaker 4>lot of mil zingers about this, about this board. And

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<v Speaker 4>for them to you know, respond to that by you know,

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<v Speaker 4>doing it over again is really something.

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<v Speaker 5>Just to be clear, we're talking fifty six billion, like

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<v Speaker 5>with a bee with.

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<v Speaker 4>A bee, yeah, I mean, how do we get to

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<v Speaker 4>that if you want to, if you want to defend

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<v Speaker 4>the board here, of course they did. We constantly referred

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<v Speaker 4>to this pay package as a moonshot award, right, and

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<v Speaker 4>and it absolutely was. It was setting targets that nobody

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<v Speaker 4>thought was was at all possible that the company wouldn't

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<v Speaker 4>be able to pull off. It was it was based

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<v Speaker 4>on performance of the company and its earnings and market value.

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<v Speaker 4>And I think there was a combination of Musk absolutely

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<v Speaker 4>pulling you know, miracles in terms of the earnings performance

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<v Speaker 4>of this company that no one saw company comping coming.

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<v Speaker 4>But it was also the case that you know, this

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<v Speaker 4>company was the sort of poster boy for the zerp

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<v Speaker 4>Era and you know, a mean stock, right, and we

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<v Speaker 4>don't get there without you know, the enthusiasm that Musk

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<v Speaker 4>manage to pull off. In addition to turning this company

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<v Speaker 4>into a car company to really you know, take seriously.

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<v Speaker 3>All right, So they're also looking to reincorporate I guess

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<v Speaker 3>in a friendlier jurisdiction, maybe get out of Delaware and

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<v Speaker 3>get to the great state of Texas.

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<v Speaker 2>Is that all tied together with this?

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<v Speaker 4>They interestingly do lay out in the proxy that they

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<v Speaker 4>wanted to sort of put this to shareholders together. They

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<v Speaker 4>didn't want to be perceived as basically running from Delaware

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<v Speaker 4>in response to the ruling and going to Texas where

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<v Speaker 4>they would be treated differently. They wanted to have shareholders,

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<v Speaker 4>you know, get another opportunity to say yay or nay

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<v Speaker 4>to this and give them an opportunity to weigh in

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<v Speaker 4>on whether they should change the incorporation. I think it

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<v Speaker 4>still remains to be seeing you know, just exactly how

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<v Speaker 4>this can can work out, uh legally speaking, this idea

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<v Speaker 4>that a court would make this ruling and and the

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<v Speaker 4>company would, you know, basically just have shareholders perform a

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<v Speaker 4>do over after the judge you know, said that they,

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<v Speaker 4>you know, did not look out for the best interests

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<v Speaker 4>of shareholders.

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<v Speaker 1>Uh.

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<v Speaker 4>You know, I guess if if you're Tesla, the argument

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<v Speaker 4>you make here is that, well, you know, you just

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<v Speaker 4>exposed this idea that that we apparently did enough and

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<v Speaker 4>broke it down and uh, you know, pretty damning detail.

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<v Speaker 4>The investors know. Now the shareholders can vote again, and

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<v Speaker 4>if they vote in favor, then uh, you know, what's

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<v Speaker 4>your what's your problem is essentially.

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<v Speaker 5>Yeah, hither too. I want to transition to Continental, which

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<v Speaker 5>is an autoparts company really that stuck us down over

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<v Speaker 5>five percent over in Germany. And I say that because

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<v Speaker 5>their results were worse than feared, and there's all points

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<v Speaker 5>to the current auto market isn't doing too great. And

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<v Speaker 5>then they also ev market isn't doing too great and

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<v Speaker 5>for Continental, that squeezes on both sides.

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<v Speaker 4>Yeah, I think they've been a company that really has

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<v Speaker 4>struggled with this transition, you know, really like very very

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<v Speaker 4>much been in a position of being caught flat footed

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<v Speaker 4>in terms of being ready for electrification, and has made

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<v Speaker 4>a lot of a lot of moves to try and

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<v Speaker 4>address that that haven't gone particularly smoothly. And so, in

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<v Speaker 4>addition to this idea that you know, the auto market

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<v Speaker 4>is showing some signs of strain under the pressure of

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<v Speaker 4>higher interest rates making it more difficult for consumers to

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<v Speaker 4>be able to afford big, big purchases like a new car,

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<v Speaker 4>it's also very much a case specific to this company

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<v Speaker 4>where they're really trying to remake themselves and struggling to

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<v Speaker 4>do so.

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<v Speaker 2>Craig, We're where are we now?

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<v Speaker 3>Just in kind of the markets perception of overall and

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<v Speaker 3>demand for evs. I mean, is this just a bump

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<v Speaker 3>in the road that an industry that's undergoing a long

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<v Speaker 3>term transition should we should expect to see, or there's

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<v Speaker 3>something more fundamental going on out there.

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<v Speaker 4>Yeah, it's a good question, because I think even folks

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<v Speaker 4>who covered this just religiously are our colleagues at Bloomberg

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<v Speaker 4>New Energy Financed. I think they were initially reluctant to

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<v Speaker 4>sort of come around to this idea of an ev

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<v Speaker 4>slowdown and sort of you know, had a view that

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<v Speaker 4>you know, people were more more pessimistic than was really warranted.

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<v Speaker 4>And this was as you know, a lot of headlines

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<v Speaker 4>were coming out late last year early this year, I

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<v Speaker 4>think when when Tesla reported their first quarter deliveries and

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<v Speaker 4>it came in so far short of of everyone's expectations.

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<v Speaker 4>You know, the consensus was coming down and down going

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<v Speaker 4>into that report, and yet even then the company came up,

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<v Speaker 4>you know, tens of thousands of vehicles short of where

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<v Speaker 4>people were seeing them, you know, report. I think even

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<v Speaker 4>BNF now is very much concerned about, you know, the

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<v Speaker 4>magnitude of deceleration that we've seen and the challenges that

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<v Speaker 4>we're seeing, particularly in a market like the US, where

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<v Speaker 4>you would think that at this point, you know, this

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<v Speaker 4>many years into this transition, and with all the investments

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<v Speaker 4>that companies are making, that surely we would start to

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<v Speaker 4>see you know, more momentum or at least a healthier

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<v Speaker 4>continuation of momentum. Instead, we've seen a real slow down,

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<v Speaker 4>and I think you know, even even Biden's Inflation Reduction

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<v Speaker 4>Act does a lot of the right things to try

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<v Speaker 4>and you know, uh, move this this part of the

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<v Speaker 4>industry forward, and yet executions has been a challenge.

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<v Speaker 5>Hey, Craig, thanks a lot, Craig Trudell Bloomberg a Global

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<v Speaker 5>Autos editor. Super appreciated and we are at a Bloomberg

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<v Speaker 5>Ye ANYF conference right now. But I think, but that

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<v Speaker 5>does point to the fact that we don't actually know

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<v Speaker 5>how this will play out, and things are really lumpy,

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<v Speaker 5>and you can be in a structural shift in different

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<v Speaker 5>industries and still be a cyclical industry like auto auto

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<v Speaker 5>industry is cyclical, right, so but you can still be

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<v Speaker 5>in a structural shift. So all of these things can

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<v Speaker 5>be true. It's just a matter of then how you

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<v Speaker 5>price it. If you're an investor, that gets complicated.

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<v Speaker 2>It does get complicated.

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<v Speaker 3>And I just wonder to what extent if any, this

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<v Speaker 3>ev transition, at least in the United States, has become

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<v Speaker 3>politicized blue red totally, you know, And if that's in

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<v Speaker 3>fact the case, then that really I think is a

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<v Speaker 3>significant roadblock for the mass adoption, the mass volume that

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<v Speaker 3>the economics demand to get the unit profitability there, because

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<v Speaker 3>it's not you barely make a profit. It seventy or

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<v Speaker 3>eighty thousand a car, and its Kevin Tyne and a

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<v Speaker 3>Bloomberg Intelligence points out.

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<v Speaker 2>How you're going to make a profit at thirty or

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<v Speaker 2>forty thousand dollars.

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<v Speaker 5>Yea, exactly, exactly.

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<v Speaker 1>You're listening to the Bloomberg Intelligence Podcast. Catch us live

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<v Speaker 5>We are at Bloomberg an ef A Summit, Day two. So, Paul,

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<v Speaker 5>one of my bigger takeaways from yesterday when we were

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<v Speaker 5>here is that you have a lot of money being

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<v Speaker 5>spent on stuff, and that's the good part. The other

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<v Speaker 5>part is there's still a lot of uncertainty in terms

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<v Speaker 5>of are we spending on the right stuff? Is the

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<v Speaker 5>demand really there? Permitting is an issue, connection to lays

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<v Speaker 5>trade issues. There's lots of stuff that we're trying to

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<v Speaker 5>unpack here. One way to look at it is the

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<v Speaker 5>importance of big energy in this space. So you need

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<v Speaker 5>exon Chevron Shell total BP. You need these guys to

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<v Speaker 5>put money in the right spot to really help turn

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<v Speaker 5>things around. So one of those individuals we're going to

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<v Speaker 5>talk to you right now is Jeff Gustavin. Nope, Gustafson,

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<v Speaker 5>I can't do it. I asked him to say, gust Ofsen.

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<v Speaker 5>It's V and the s Jeff, this is my problem.

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<v Speaker 5>He's president of Chevron New Energies. He's been at Chevron

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<v Speaker 5>for what was it twenty five years?

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<v Speaker 7>You said twenty five years.

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<v Speaker 5>We've belt lots of different positions. What brought you to

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<v Speaker 5>the new energy part of Chevron? What's that like for you?

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<v Speaker 7>Yeah, well, first of all, great to be here, thanks

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<v Speaker 7>for having me. We launched these new businesses about three

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<v Speaker 7>years ago. This is actually our third full year and

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<v Speaker 7>it's a suite of businesses that support our lower carbon

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<v Speaker 7>strategy as a company. There's two pieces to that. One

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<v Speaker 7>is lowering the carbon intensity of our traditional oil.

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<v Speaker 8>And gas business.

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<v Speaker 7>The other part is growing new low carbon businesses and

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<v Speaker 7>solutions to scale, and that's what Chevron New Energies is.

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<v Speaker 7>We're focused on renewable fuels, carbon capture, utilization and storage,

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<v Speaker 7>hydrogen carbon offsets, emerging technologies, and everything in between. This

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<v Speaker 7>is something that's always been a passion of mine, the

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<v Speaker 7>energy transition and low carbon energy. I love oil and gas.

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<v Speaker 8>I grew up in.

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<v Speaker 7>Oil and gas, but now shifting seeing a company like Chevron,

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<v Speaker 7>with the capabilities we bring to this space, growing these

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<v Speaker 7>new businesses. I couldn't be more excited about this role.

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<v Speaker 3>And I always looked to the educational background of our

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<v Speaker 3>guest because I think that's kind of fun.

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<v Speaker 2>University of Colorado.

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<v Speaker 3>He's a buffalo, that's big, and he's also got his

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<v Speaker 3>NBA from the Red Macombs School of Business at the

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<v Speaker 3>University of Texas. Red Macombs is a co founder of

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<v Speaker 3>Clear Channel, little radio company. I took public back in

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<v Speaker 3>the day, so I know read pretty well. And Larry

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<v Speaker 3>Mays like this, likes to say, Hey, I got my

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<v Speaker 3>name on the NBA program in Texas a and in

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<v Speaker 3>for ten million, Red you spent fifteen million.

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<v Speaker 2>I got a better deal.

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<v Speaker 5>You got a better deal.

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<v Speaker 2>Yeah, Jeff, what is I don't know.

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<v Speaker 3>If you fast forward five years from now, ten years

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<v Speaker 3>from now, how do you guys think about sustainable energy

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<v Speaker 3>as a part of the overall portfolio of Chevron. What

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<v Speaker 3>percentage do you think that might look like?

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<v Speaker 7>Yeah?

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<v Speaker 8>Good question.

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<v Speaker 7>And when we launched, we announced that we were allocating

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<v Speaker 7>or guiding to spending ten billion dollars over an eight

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<v Speaker 7>year period, right, this would be twenty twenty one to

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<v Speaker 7>twenty eight And that's just the starting point. So these

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<v Speaker 7>are already a significant part of our capital allocation strategy.

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<v Speaker 7>We have a very large oil and gas business, which

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<v Speaker 7>requires a lot of capital to maintain and grow that

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<v Speaker 7>business to meet global demand. But these these businesses are

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<v Speaker 7>We're spending anywhere from one and a half to two

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<v Speaker 7>billion a year to support these new businesses. And my

0:12:32.559 --> 0:12:35.880
<v Speaker 7>job and our job as a new segment is to

0:12:35.920 --> 0:12:38.760
<v Speaker 7>find the right opportunities that are investable so we can

0:12:38.800 --> 0:12:40.600
<v Speaker 7>grow this business even further.

0:12:40.720 --> 0:12:42.640
<v Speaker 5>So Paul asked this question and break and I actually

0:12:42.640 --> 0:12:44.079
<v Speaker 5>think it's a good one, so I'm gonna ask it.

0:12:44.480 --> 0:12:47.760
<v Speaker 5>You're based in Houston, and his question was, are guys

0:12:47.800 --> 0:12:49.040
<v Speaker 5>like you the new energy people?

0:12:49.120 --> 0:12:49.200
<v Speaker 8>Are?

0:12:49.280 --> 0:12:50.600
<v Speaker 5>Are you guys welcome in Houston?

0:12:50.960 --> 0:12:54.640
<v Speaker 3>Like the oil bar, like the oilman's bar, taking.

0:12:54.360 --> 0:12:56.960
<v Speaker 5>Like the cowboy guys who stick like a pipe in

0:12:56.960 --> 0:12:59.520
<v Speaker 5>the ground and get oil. He's thinking those people, are

0:12:59.520 --> 0:13:00.680
<v Speaker 5>you welcome in those bars?

0:13:01.720 --> 0:13:01.960
<v Speaker 8>Yes?

0:13:03.559 --> 0:13:06.160
<v Speaker 7>And I love being referred to as a new energy person,

0:13:07.120 --> 0:13:09.960
<v Speaker 7>but no, I mean this is I think this. Look,

0:13:10.000 --> 0:13:12.880
<v Speaker 7>there's three things that we're that we really need to

0:13:12.920 --> 0:13:16.240
<v Speaker 7>see in order to accelerate the growth of these businesses.

0:13:16.280 --> 0:13:20.240
<v Speaker 7>And that's a greater collaboration between private companies, between private

0:13:20.280 --> 0:13:25.080
<v Speaker 7>companies and policymakers, between governments around the world. It's lowering

0:13:25.120 --> 0:13:28.080
<v Speaker 7>the cost of these new technologies and solutions so customers,

0:13:28.240 --> 0:13:31.480
<v Speaker 7>large customers, large businesses or individual customers will buy them.

0:13:32.000 --> 0:13:36.360
<v Speaker 7>And it is bringing capabilities to bear the right capabilities.

0:13:36.720 --> 0:13:40.600
<v Speaker 7>And that goes to your Houston question. The energy industry

0:13:41.280 --> 0:13:46.040
<v Speaker 7>possesses a lot of the capabilities, technical, operating, commercial capabilities

0:13:46.120 --> 0:13:50.640
<v Speaker 7>that are required to grow these businesses profitably, to scale.

0:13:50.679 --> 0:13:52.640
<v Speaker 7>So absolutely, you know a lot of this, a lot

0:13:52.679 --> 0:13:55.080
<v Speaker 7>of activity in Houston, a lot of companies engaged in this.

0:13:55.200 --> 0:13:59.200
<v Speaker 7>So Houston it's an oil and gas capital that's out

0:13:59.280 --> 0:14:00.960
<v Speaker 7>thought of. It's also new energy capital.

0:14:01.920 --> 0:14:04.840
<v Speaker 3>So where are we in terms of I've been reading

0:14:04.880 --> 0:14:07.040
<v Speaker 3>a lot on this, Alex, she knows that she's the expert.

0:14:07.040 --> 0:14:08.240
<v Speaker 3>I've been reading up a lot on this over the

0:14:08.280 --> 0:14:10.800
<v Speaker 3>last several days. It seems like the US government's putting

0:14:10.840 --> 0:14:13.200
<v Speaker 3>a lot of money into this. That's the good news,

0:14:13.240 --> 0:14:15.520
<v Speaker 3>as Alex mentioned earlier, but I've also heard here of

0:14:15.600 --> 0:14:18.760
<v Speaker 3>the last couple of days, it's still not easy doing

0:14:18.800 --> 0:14:21.600
<v Speaker 3>business with the government. I'm thinking permitting for certain projects

0:14:21.640 --> 0:14:24.320
<v Speaker 3>and things like that. What's been your experience there is

0:14:24.400 --> 0:14:27.640
<v Speaker 3>to is the government doing the best it can to

0:14:27.880 --> 0:14:30.040
<v Speaker 3>kind of facilitate some of these investments in transition.

0:14:30.200 --> 0:14:32.600
<v Speaker 7>Yeah, So collaboration between the private sector and the public

0:14:32.680 --> 0:14:37.680
<v Speaker 7>sectors fundamental here. It helps lower the cost. Those are

0:14:37.960 --> 0:14:42.080
<v Speaker 7>you know, advocacy understanding politics, not just in this country

0:14:42.080 --> 0:14:46.160
<v Speaker 7>but around the world. Is a strength of our company

0:14:46.200 --> 0:14:49.000
<v Speaker 7>of energy companies, you know, more broadly, so it fits

0:14:49.080 --> 0:14:52.520
<v Speaker 7>one of our existing capabilities. But that is one of

0:14:52.560 --> 0:14:55.040
<v Speaker 7>the starting points here. You know, you need the right

0:14:55.360 --> 0:14:58.640
<v Speaker 7>policy support, the right incentives to get the private sector

0:14:59.080 --> 0:15:03.560
<v Speaker 7>investing even more heavily in this space. That will drive

0:15:04.280 --> 0:15:07.400
<v Speaker 7>the technology forward, That will drive innovation, that will drive

0:15:07.480 --> 0:15:10.520
<v Speaker 7>to building large scale projects which will lower the cost,

0:15:10.680 --> 0:15:14.920
<v Speaker 7>make it more consumable for the world, and that is

0:15:14.960 --> 0:15:17.560
<v Speaker 7>a cycle that will then you know, continue. So it

0:15:17.560 --> 0:15:21.080
<v Speaker 7>starts with policy, but it really is sustained by the

0:15:21.120 --> 0:15:25.000
<v Speaker 7>investment by the private sector in technology. Government's a very

0:15:25.000 --> 0:15:29.720
<v Speaker 7>important partner. We've seen We're having really constructive conversations with

0:15:29.800 --> 0:15:32.960
<v Speaker 7>the government, But you mentioned permitting. There's still a long

0:15:33.000 --> 0:15:36.520
<v Speaker 7>way to go to make all of this come together.

0:15:37.040 --> 0:15:40.520
<v Speaker 7>We've shown some progress, but there are many steps in front.

0:15:40.320 --> 0:15:42.280
<v Speaker 5>Of us, you know, Paulo. To your point, it seems

0:15:42.280 --> 0:15:44.720
<v Speaker 5>like the good part of this is that energy companies

0:15:44.760 --> 0:15:47.280
<v Speaker 5>in the new energy world are in the room talking

0:15:47.320 --> 0:15:50.240
<v Speaker 5>to people, typically the government and oil and gas of

0:15:50.280 --> 0:15:53.920
<v Speaker 5>a contentious relationship at past in certain administrations, and it

0:15:53.960 --> 0:15:57.880
<v Speaker 5>feels like in this area maybe that is dissolving a bit,

0:15:58.000 --> 0:16:01.600
<v Speaker 5>which would be helpful. Something that I've noticed too, is

0:16:01.640 --> 0:16:03.040
<v Speaker 5>that I think it was like three hundred and three

0:16:03.080 --> 0:16:05.160
<v Speaker 5>billion dollars has been spent I think it was last

0:16:05.240 --> 0:16:07.320
<v Speaker 5>year on all these new energy stuff. What I'm also

0:16:07.360 --> 0:16:11.400
<v Speaker 5>hearing is that demand is a forgotten problem. Like all

0:16:11.760 --> 0:16:13.440
<v Speaker 5>the money is being spent, all the money, but the

0:16:13.440 --> 0:16:16.600
<v Speaker 5>money being spent on supplying the stuff and getting that

0:16:16.680 --> 0:16:18.360
<v Speaker 5>cost down, but not enough it is being spent on

0:16:18.440 --> 0:16:22.160
<v Speaker 5>demand to incentivize a company signing up with you for

0:16:23.680 --> 0:16:25.960
<v Speaker 5>esaff for something along those lines. Is that true?

0:16:26.800 --> 0:16:28.680
<v Speaker 7>There is a lot of money being spent in these

0:16:28.800 --> 0:16:31.440
<v Speaker 7>in these new businesses. It's actually one point seven trillion

0:16:31.520 --> 0:16:36.080
<v Speaker 7>dollars globally compared to about one trillion dollars spent in

0:16:36.360 --> 0:16:38.920
<v Speaker 7>the traditional energy business last year, and we need even

0:16:39.000 --> 0:16:41.880
<v Speaker 7>more to grow these businesses to scale. And you hit

0:16:41.920 --> 0:16:44.920
<v Speaker 7>on a very important point. It is, and I'll use

0:16:44.960 --> 0:16:49.080
<v Speaker 7>hydrogen as an example. It's not hard to produce hydrogen.

0:16:49.440 --> 0:16:52.880
<v Speaker 7>It's harder to produce low carbon hydrogen at a low cost,

0:16:53.040 --> 0:16:55.280
<v Speaker 7>something that we're working on using natural gas as a

0:16:55.320 --> 0:16:59.600
<v Speaker 7>feedstock or using electricity and renewable power as feedstocks to

0:16:59.600 --> 0:17:04.280
<v Speaker 7>produce low carbon hydrogen. But transporting hydrogen to the market,

0:17:04.440 --> 0:17:06.560
<v Speaker 7>you need policy support in order to do that. You

0:17:06.600 --> 0:17:09.320
<v Speaker 7>need technological innovation to do that to lower the cost,

0:17:09.680 --> 0:17:14.960
<v Speaker 7>and then importantly, encouraging consumers to buy a hydrogen making

0:17:14.960 --> 0:17:18.639
<v Speaker 7>it easier for them to transition from a traditional product

0:17:18.680 --> 0:17:21.399
<v Speaker 7>that they're using today to a lower carbon product that

0:17:21.520 --> 0:17:24.840
<v Speaker 7>comes at a higher cost. That's where demand incentives and

0:17:24.920 --> 0:17:26.640
<v Speaker 7>policy support will also be required.

0:17:27.080 --> 0:17:29.320
<v Speaker 3>What's the biggest headwind you guys have been facing over

0:17:29.320 --> 0:17:32.480
<v Speaker 3>the last three years as you begin this transition. Has

0:17:32.480 --> 0:17:34.720
<v Speaker 3>it been on the regulatory governmental front? Has it been

0:17:35.560 --> 0:17:37.480
<v Speaker 3>capital getting capital from your CFO?

0:17:38.320 --> 0:17:39.240
<v Speaker 2>Where's it been now?

0:17:39.800 --> 0:17:42.399
<v Speaker 7>There's always a lot of challenges when you're starting up

0:17:42.440 --> 0:17:46.960
<v Speaker 7>new businesses, but it's very, very exciting, and we're making

0:17:47.040 --> 0:17:52.840
<v Speaker 7>tremendous progress. We've identified probably a dozen large foundational projects

0:17:52.840 --> 0:17:56.480
<v Speaker 7>and all of these sectors around not just the US,

0:17:56.520 --> 0:17:59.439
<v Speaker 7>but around the world. We're the second largest bio based

0:18:00.480 --> 0:18:03.399
<v Speaker 7>a diesel producer in the United States. We've got a

0:18:03.480 --> 0:18:06.400
<v Speaker 7>large you know, CCUS hub on the US Gulf Coast.

0:18:06.440 --> 0:18:09.600
<v Speaker 7>We've got a large hydrogen project in Utah that we're growing.

0:18:10.200 --> 0:18:12.080
<v Speaker 7>So we're making a lot of a lot of progress.

0:18:12.080 --> 0:18:15.440
<v Speaker 7>There's always challenges along the way. How do you prioritize

0:18:15.520 --> 0:18:19.520
<v Speaker 7>the best opportunities, how do you advocate for the right policies,

0:18:19.800 --> 0:18:23.879
<v Speaker 7>how do you create the right culture to support these businesses.

0:18:23.920 --> 0:18:27.200
<v Speaker 7>We have a fantastic culture in our company. We're using

0:18:27.520 --> 0:18:29.520
<v Speaker 7>all of that and more. But you have to think

0:18:29.520 --> 0:18:34.040
<v Speaker 7>about these businesses in a different way. So there are challenges,

0:18:34.080 --> 0:18:36.080
<v Speaker 7>but it has been very rewarding.

0:18:36.119 --> 0:18:38.880
<v Speaker 3>At the same time, He's not going to answer that question, Paul, Well,

0:18:39.760 --> 0:18:41.800
<v Speaker 3>I stock, I thought I did answer it.

0:18:42.320 --> 0:18:44.560
<v Speaker 5>We're looking for like, hey, what what's really hard? What

0:18:44.800 --> 0:18:45.600
<v Speaker 5>stresses you ask?

0:18:45.680 --> 0:18:46.560
<v Speaker 8>Well, it's I mean.

0:18:46.480 --> 0:18:49.879
<v Speaker 7>To go, it's all hard, yeah, and so all of that,

0:18:49.960 --> 0:18:52.600
<v Speaker 7>you know, how can we collaborate you know more uh

0:18:53.200 --> 0:18:57.680
<v Speaker 7>more aggressively. How can we lower the costs faster? How

0:18:57.720 --> 0:18:59.920
<v Speaker 7>can we bring all of the capabilities we have to

0:19:00.080 --> 0:19:03.000
<v Speaker 7>bear here. How do we make sure that everyone remains

0:19:03.040 --> 0:19:06.720
<v Speaker 7>committed to this, not just us, but everyone in this

0:19:07.119 --> 0:19:09.840
<v Speaker 7>ecosystem to drive these businesses forward. So those are all

0:19:09.840 --> 0:19:14.280
<v Speaker 7>big challenges. I'm not discounting that, but I'm very excited

0:19:14.280 --> 0:19:14.920
<v Speaker 7>about what we're doing.

0:19:14.960 --> 0:19:17.919
<v Speaker 5>Gotta leave it there, Jeff really appreciated Jeff Gustavenson. I'm

0:19:17.920 --> 0:19:19.919
<v Speaker 5>going to get it. President of Chevron New Energies. I'm

0:19:19.920 --> 0:19:22.480
<v Speaker 5>going to work towards that for sure. Thanks so much.

0:19:22.640 --> 0:19:24.680
<v Speaker 8>Thank you.

0:19:25.440 --> 0:19:29.320
<v Speaker 1>You're listening to the Bloomberg Intelligence Podcast. Catch us live

0:19:29.400 --> 0:19:32.119
<v Speaker 1>weekdays at ten am Eastern on Affo car Playing and

0:19:32.240 --> 0:19:35.080
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0:19:35.160 --> 0:19:38.800
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0:19:39.920 --> 0:19:43.800
<v Speaker 5>We're at Bloomberg n e App Summit, Day two. We're

0:19:43.920 --> 0:19:47.960
<v Speaker 5>in the middle of the pubbabaloo. We're in our Intercontinental

0:19:48.000 --> 0:19:51.119
<v Speaker 5>Hotel on forty U Street down in Midtown Manhattan, and

0:19:51.160 --> 0:19:54.680
<v Speaker 5>it's all about getting world leaders and CEOs and thought

0:19:54.760 --> 0:19:58.200
<v Speaker 5>leaders and analysts together to sort of tackle this energy

0:19:58.280 --> 0:20:00.600
<v Speaker 5>transition where we are now, and then where do we

0:20:00.720 --> 0:20:02.320
<v Speaker 5>go to and how do we do that?

0:20:02.720 --> 0:20:02.840
<v Speaker 4>Well?

0:20:02.920 --> 0:20:05.520
<v Speaker 5>Doing us now? As our next guest, Andy Vessi, he's

0:20:05.560 --> 0:20:10.200
<v Speaker 5>president and CEO of Fordescue North America, and he joined us. Now, Andy,

0:20:10.240 --> 0:20:10.720
<v Speaker 5>good to see you.

0:20:10.920 --> 0:20:12.680
<v Speaker 8>Well, that's a pleasure to be here and thank you

0:20:12.720 --> 0:20:13.399
<v Speaker 8>for having me.

0:20:13.600 --> 0:20:16.040
<v Speaker 5>So I do follow this industry quite closely, and I

0:20:16.119 --> 0:20:18.399
<v Speaker 5>was like, what Fordescu is a metal company, what's going on?

0:20:18.520 --> 0:20:20.440
<v Speaker 5>It's based in Australia. What are you doing here talking

0:20:20.440 --> 0:20:21.160
<v Speaker 5>about hydrogen?

0:20:21.359 --> 0:20:24.560
<v Speaker 8>Well, Fortia something. Forlidescu was a metal company. In fact

0:20:24.600 --> 0:20:25.800
<v Speaker 8>it still is.

0:20:25.920 --> 0:20:28.360
<v Speaker 9>It's the fourth largest producer bron or in the world

0:20:28.400 --> 0:20:31.919
<v Speaker 9>and the lowest cost operator. What our founder, Andrew Forres,

0:20:32.000 --> 0:20:36.520
<v Speaker 9>came to the realization that carbon emissions was having a

0:20:36.560 --> 0:20:40.080
<v Speaker 9>significant impact on the planet and it was happening quickly,

0:20:40.200 --> 0:20:43.159
<v Speaker 9>and that his business contributed to that, and so he

0:20:43.240 --> 0:20:46.040
<v Speaker 9>made a commitment that he was going to decarbonize his

0:20:46.200 --> 0:20:50.600
<v Speaker 9>metals business, scope on and scope to emissions by twenty thirty.

0:20:51.800 --> 0:20:53.959
<v Speaker 9>And in thinking about doing that, he had to think

0:20:53.960 --> 0:20:56.600
<v Speaker 9>about all the technologies he needed to make that happen,

0:20:56.680 --> 0:20:59.040
<v Speaker 9>and many of them were n't available commercially. So he

0:20:59.160 --> 0:21:01.440
<v Speaker 9>decided that he would is going to create that ecosystem.

0:21:02.000 --> 0:21:06.080
<v Speaker 9>One component of that was green hydrogen because he needed

0:21:06.119 --> 0:21:08.399
<v Speaker 9>green hydrogen to do a number of things to replace

0:21:08.480 --> 0:21:12.040
<v Speaker 9>diesel fuel in his mining operations. But then he realized

0:21:12.040 --> 0:21:13.840
<v Speaker 9>there were a lot of other things he needed and

0:21:13.960 --> 0:21:17.120
<v Speaker 9>a lot of more things he needed. So what Fordeskew

0:21:17.280 --> 0:21:20.879
<v Speaker 9>is today, while it still has a metals group, it

0:21:21.000 --> 0:21:24.160
<v Speaker 9>now has an energy's group, but we describe ourselves as

0:21:24.200 --> 0:21:29.480
<v Speaker 9>an integrated green technology, energy and metals group and they're

0:21:29.480 --> 0:21:32.880
<v Speaker 9>all coming together and it's one Fortescue now. So that's

0:21:32.920 --> 0:21:36.000
<v Speaker 9>why we're here. And I happen to have the privilege

0:21:36.040 --> 0:21:38.560
<v Speaker 9>of trying to be on the side of the business

0:21:38.600 --> 0:21:41.439
<v Speaker 9>that produces green hydrogen specifically.

0:21:40.920 --> 0:21:41.680
<v Speaker 8>In North America.

0:21:42.040 --> 0:21:43.440
<v Speaker 2>Is green hydrogen?

0:21:43.800 --> 0:21:47.359
<v Speaker 9>Okay, well it's hydrogen, but it's made from green energy,

0:21:47.520 --> 0:21:53.520
<v Speaker 9>which would include solar, wind and hydro So just to alex.

0:21:53.320 --> 0:21:55.760
<v Speaker 5>Plain Youse, so you have some been called an electrolizer

0:21:55.840 --> 0:21:58.520
<v Speaker 5>where you get water in and you separate the hydrogen

0:21:58.560 --> 0:22:02.040
<v Speaker 5>from the water, and how you power that determines the

0:22:02.160 --> 0:22:05.840
<v Speaker 5>color of that hydrogen. So if you power with say cole,

0:22:06.240 --> 0:22:08.840
<v Speaker 5>it's going to be gray. If you power with natural gas,

0:22:09.000 --> 0:22:11.159
<v Speaker 5>it's going to be a blue. If you power with

0:22:11.240 --> 0:22:12.800
<v Speaker 5>solar and wind, it's going to be green.

0:22:12.840 --> 0:22:15.560
<v Speaker 2>And there's right, I learned something to get it.

0:22:15.680 --> 0:22:17.960
<v Speaker 3>But now I'm guessing there's a tax issue here. I'm

0:22:18.000 --> 0:22:22.200
<v Speaker 3>reading all throughout your notes forty five v. Dumb it

0:22:22.280 --> 0:22:24.280
<v Speaker 3>down for somebody like me, a media guy.

0:22:24.720 --> 0:22:27.879
<v Speaker 9>Yeah, So look, the bottom line is that seventy percent

0:22:27.920 --> 0:22:32.280
<v Speaker 9>of a green molecule made what would be called electrolytic

0:22:32.280 --> 0:22:35.440
<v Speaker 9>because it uses electricity. Seventy percent of the cost of

0:22:35.560 --> 0:22:39.680
<v Speaker 9>that molecule is the cost of that green electron. And

0:22:39.800 --> 0:22:41.280
<v Speaker 9>so if you're going to be in this business, you

0:22:41.320 --> 0:22:43.080
<v Speaker 9>would say, well, I'm going to go every place where

0:22:43.280 --> 0:22:45.800
<v Speaker 9>the renewable energy is really really cheap. Right, You're going

0:22:45.840 --> 0:22:48.520
<v Speaker 9>to go to North Africa, You're going to be in Australia,

0:22:48.720 --> 0:22:51.600
<v Speaker 9>you might be in parts of Latin America. But where

0:22:51.640 --> 0:22:54.560
<v Speaker 9>you would not be would be in the US, right,

0:22:55.040 --> 0:22:57.560
<v Speaker 9>because we know it's expensive. But there's another thing about

0:22:57.560 --> 0:23:00.600
<v Speaker 9>the US. It's probably one of the largest consumers of

0:23:01.480 --> 0:23:05.000
<v Speaker 9>gray hydrogen or hydrogen that's produced from methane gas. So

0:23:05.080 --> 0:23:08.000
<v Speaker 9>there's a huge market here. But the challenge is getting

0:23:08.040 --> 0:23:10.760
<v Speaker 9>to a price point where people will buy it well.

0:23:10.800 --> 0:23:14.439
<v Speaker 9>The US government also understood this and understood that to decarbonize,

0:23:14.520 --> 0:23:17.680
<v Speaker 9>hard to abate sectors, meaning sectors that can't use a

0:23:17.760 --> 0:23:21.960
<v Speaker 9>green electron to meet emission reduction goals need a green molecule.

0:23:22.440 --> 0:23:25.040
<v Speaker 9>And so the Bidy administration decided, well, what we need

0:23:25.119 --> 0:23:28.160
<v Speaker 9>to do is assist in getting the price down, get

0:23:28.240 --> 0:23:32.160
<v Speaker 9>the industry started, and then eventually, through scale and involvement

0:23:32.200 --> 0:23:34.080
<v Speaker 9>in the market, the price will come down naturally on

0:23:34.160 --> 0:23:36.600
<v Speaker 9>the learning curve. Right, So they came up with the

0:23:36.680 --> 0:23:41.600
<v Speaker 9>idea of providing a tax incentive a PTC that you

0:23:41.680 --> 0:23:43.640
<v Speaker 9>can get direct cash for it, so it would help

0:23:43.880 --> 0:23:48.480
<v Speaker 9>lower the end product price to customers. And the maximum

0:23:48.560 --> 0:23:51.119
<v Speaker 9>you can get would be three dollars a kilogram, and

0:23:51.240 --> 0:23:55.359
<v Speaker 9>that's based on the carbon intensity of that molecule. So

0:23:55.560 --> 0:23:59.920
<v Speaker 9>all non gray molecules, right, all those molecules not produced

0:24:00.440 --> 0:24:05.040
<v Speaker 9>or that don't have carbon emissions at some level, would

0:24:05.080 --> 0:24:06.560
<v Speaker 9>get a rising incentive.

0:24:06.880 --> 0:24:07.800
<v Speaker 8>Okay, brilliant.

0:24:07.960 --> 0:24:10.600
<v Speaker 9>Right Now, companies like Fordesky, who is investing all over

0:24:10.640 --> 0:24:12.280
<v Speaker 9>the world that sys, we're going to put capital in

0:24:12.320 --> 0:24:15.359
<v Speaker 9>the United States, right, We're going to develop technology in

0:24:15.400 --> 0:24:18.000
<v Speaker 9>the United States because this could be a big market. Right,

0:24:18.880 --> 0:24:21.240
<v Speaker 9>But there was an expectation of how that would come out,

0:24:21.560 --> 0:24:25.320
<v Speaker 9>and when the rules were written. It's now called forty

0:24:25.359 --> 0:24:27.560
<v Speaker 9>five V because it's a section in the IRS code

0:24:28.800 --> 0:24:31.840
<v Speaker 9>came out in such a way that it didn't actually

0:24:33.119 --> 0:24:36.440
<v Speaker 9>help us to some degree. It hurt early movers because

0:24:36.480 --> 0:24:38.359
<v Speaker 9>of how strict the rules were.

0:24:38.760 --> 0:24:41.200
<v Speaker 5>Meaning that from where I understand it is it Normally

0:24:41.280 --> 0:24:43.400
<v Speaker 5>you could say, look, I'm going to buy this much

0:24:43.640 --> 0:24:45.880
<v Speaker 5>wind and solar over the course of a year, give

0:24:45.920 --> 0:24:48.600
<v Speaker 5>me the credit. But they want hour for hour matching.

0:24:48.800 --> 0:24:52.080
<v Speaker 5>So if you use energy for an hour, that needs

0:24:52.119 --> 0:24:54.119
<v Speaker 5>to be solar, and that needs to be counted, and

0:24:54.200 --> 0:24:57.240
<v Speaker 5>that's very difficult because that's not predictable with wind and solar,

0:24:57.640 --> 0:24:58.280
<v Speaker 5>and you also.

0:24:58.160 --> 0:25:00.880
<v Speaker 8>Don't have it right. See you underst in as perfectly.

0:25:01.280 --> 0:25:06.720
<v Speaker 9>That's when that's one of the pillars, right, but probably

0:25:06.760 --> 0:25:08.920
<v Speaker 9>the most problematic. And I'll give you a reason why.

0:25:09.040 --> 0:25:11.919
<v Speaker 9>So you said it earlier. We use an electoralizer, right.

0:25:12.000 --> 0:25:15.840
<v Speaker 9>We take electricity and we split the water into oxygen

0:25:16.040 --> 0:25:16.760
<v Speaker 9>and hydrogen.

0:25:17.080 --> 0:25:17.879
<v Speaker 8>That's what we do.

0:25:19.520 --> 0:25:22.560
<v Speaker 9>In terms of when you're going to be using the energy.

0:25:23.400 --> 0:25:27.000
<v Speaker 9>That's called temporal matching, and it exists because there are

0:25:27.080 --> 0:25:30.280
<v Speaker 9>no one hundred percent green grids in the US, so

0:25:30.359 --> 0:25:34.120
<v Speaker 9>there's always the concern by adding additional load, you potentially

0:25:34.240 --> 0:25:39.000
<v Speaker 9>are going to use fossil based energy to meet it. Right,

0:25:39.680 --> 0:25:42.440
<v Speaker 9>So the view is, how are you going to do

0:25:42.480 --> 0:25:43.320
<v Speaker 9>the temporal matching?

0:25:43.520 --> 0:25:43.639
<v Speaker 8>Right?

0:25:43.720 --> 0:25:47.399
<v Speaker 9>So, if I have a one megawatt electoralizer, I need

0:25:47.480 --> 0:25:50.439
<v Speaker 9>to have three times that much capacity in the market

0:25:50.680 --> 0:25:52.719
<v Speaker 9>if I'm matching on an annual basis, because they get

0:25:52.760 --> 0:25:55.360
<v Speaker 9>to average it over the year, and over a year perfect.

0:25:55.680 --> 0:25:55.800
<v Speaker 10>Right.

0:25:56.840 --> 0:25:59.800
<v Speaker 9>If you go to monthly matching, you need five times

0:26:00.080 --> 0:26:03.199
<v Speaker 9>much energy, but an hourly you need seven times.

0:26:03.400 --> 0:26:03.560
<v Speaker 8>Right.

0:26:03.920 --> 0:26:07.520
<v Speaker 9>So if I'm building a gigot of electrolyizers in Texas,

0:26:08.920 --> 0:26:11.720
<v Speaker 9>I may only need a giggot of energy at any time,

0:26:12.040 --> 0:26:14.399
<v Speaker 9>but I have to buy seven times that to ensure

0:26:14.440 --> 0:26:17.119
<v Speaker 9>that I have all the probabilities working so I know

0:26:17.200 --> 0:26:19.240
<v Speaker 9>I can match in that hour, which means that the

0:26:19.280 --> 0:26:20.840
<v Speaker 9>bulk of what I buy I don't need. So I'm

0:26:20.840 --> 0:26:23.040
<v Speaker 9>gonna have to be buying and selling energy and that's

0:26:23.080 --> 0:26:25.879
<v Speaker 9>equivalent to almost, you know, between five and ten percent

0:26:25.960 --> 0:26:28.480
<v Speaker 9>of the annual I mean the daily load in the

0:26:28.520 --> 0:26:33.199
<v Speaker 9>AIRCOT system. I mean it's massive. So what are the implications, Well,

0:26:33.280 --> 0:26:37.119
<v Speaker 9>there are two the way forty five via structure today A.

0:26:37.720 --> 0:26:40.679
<v Speaker 9>It will absolutely increase the price of the product. Now,

0:26:40.760 --> 0:26:42.680
<v Speaker 9>remember the whole idea of this was to decrease the

0:26:42.760 --> 0:26:45.399
<v Speaker 9>price of the product. It will increase the price of

0:26:45.480 --> 0:26:47.920
<v Speaker 9>the project anywhere between one hundred and fifty to one hundred.

0:26:47.680 --> 0:26:49.920
<v Speaker 8>And seventy five percent to the consumer. Okay.

0:26:50.640 --> 0:26:52.639
<v Speaker 9>The second thing is because of the massive amount of

0:26:52.760 --> 0:26:55.520
<v Speaker 9>energy we have to buy, all right, we have to

0:26:55.600 --> 0:26:57.840
<v Speaker 9>make the project smaller so you can actually transact that

0:26:58.960 --> 0:27:02.520
<v Speaker 9>third point. Because of again annually this hourly matching, there

0:27:02.560 --> 0:27:04.159
<v Speaker 9>are only certain places you can do it, so there

0:27:04.200 --> 0:27:07.119
<v Speaker 9>are fewer opportunities to get it done right. And if

0:27:07.160 --> 0:27:08.880
<v Speaker 9>we have to do one other thing, which is part

0:27:08.920 --> 0:27:11.280
<v Speaker 9>of the forty five E we have to add new

0:27:11.400 --> 0:27:14.720
<v Speaker 9>green electrons, well that can take years and years. So

0:27:15.520 --> 0:27:20.520
<v Speaker 9>we are doing everything against the original intent. Right, And

0:27:20.680 --> 0:27:23.879
<v Speaker 9>why are we doing this Because we're thinking about the

0:27:24.000 --> 0:27:27.800
<v Speaker 9>perfect solution at the beginning, right, we want the perfect projects.

0:27:27.840 --> 0:27:28.600
<v Speaker 8>The idea should be.

0:27:28.640 --> 0:27:33.280
<v Speaker 9>No, we're building an industry which ultimately will work. Let's

0:27:33.359 --> 0:27:36.920
<v Speaker 9>not handicap it at the beginning. Because like any other industry,

0:27:37.760 --> 0:27:40.440
<v Speaker 9>the more market interactions you have, the more things you build,

0:27:40.480 --> 0:27:42.920
<v Speaker 9>the more things that fail. The more supply chains that

0:27:42.960 --> 0:27:45.399
<v Speaker 9>get created, the more people who get trained. That's what

0:27:45.520 --> 0:27:49.800
<v Speaker 9>building an industry is. And unfortunately we're thinking about projects. Yeah, right,

0:27:50.080 --> 0:27:52.000
<v Speaker 9>one off projects, and that's just wrong.

0:27:52.400 --> 0:27:55.600
<v Speaker 5>Andy, we really appreciate it. It's complex to break it down.

0:27:56.080 --> 0:27:58.680
<v Speaker 5>There's a lot of chemistry. It's actually weirdly good at chemistry,

0:27:58.680 --> 0:28:01.440
<v Speaker 5>but it's all forgotten of Cotant. Andy Vz, President and

0:28:01.560 --> 0:28:05.200
<v Speaker 5>CEO of Fortescue Industries here in North America, really appreciate it.

0:28:05.280 --> 0:28:07.280
<v Speaker 5>Thank you so much. I guess the takeaway and we

0:28:07.320 --> 0:28:09.080
<v Speaker 5>have to even dealt with the demand side. Then you

0:28:09.160 --> 0:28:11.239
<v Speaker 5>have to make the demand be there. People are going

0:28:11.280 --> 0:28:13.120
<v Speaker 5>to have to buy that product, and that gets really

0:28:13.280 --> 0:28:14.800
<v Speaker 5>and that's also very difficult.

0:28:16.400 --> 0:28:20.240
<v Speaker 1>You're listening to the Bloomberg Intelligence Podcast. Catch us live

0:28:20.359 --> 0:28:22.119
<v Speaker 1>weekdays at ten am Eastern on.

0:28:22.240 --> 0:28:25.640
<v Speaker 6>Applecar Play and Android Auto with the Bloomberg Business app.

0:28:25.760 --> 0:28:28.600
<v Speaker 1>You can also listen live on Amazon Alexa from our

0:28:28.640 --> 0:28:32.920
<v Speaker 1>flagship New York station, Just Say Alexa, playing Bloomberg eleven.

0:28:32.760 --> 0:28:37.600
<v Speaker 5>Thirty Alex Thee alongside Paul Sweeney. This is Bloomberg Intelligence

0:28:37.720 --> 0:28:40.440
<v Speaker 5>Radio and we are live from Bloomberg n EF Summit

0:28:40.480 --> 0:28:43.840
<v Speaker 5>to Day two in the Intercontinental Hotel right here in

0:28:43.960 --> 0:28:48.000
<v Speaker 5>New York City. The summit really provides a chance for CEOs,

0:28:48.320 --> 0:28:51.120
<v Speaker 5>thought leaders, world leaders, politicians to kind of get together

0:28:51.200 --> 0:28:53.000
<v Speaker 5>in a room and talk about the issues facing the

0:28:53.120 --> 0:28:55.360
<v Speaker 5>energy transition. How you get from zero to one hundred?

0:28:55.440 --> 0:28:57.400
<v Speaker 5>How do you get from here to there in a

0:28:57.480 --> 0:29:01.360
<v Speaker 5>meaningful way that is also price efficient and makes profits

0:29:01.440 --> 0:29:04.480
<v Speaker 5>and does stuff and is cheap enough. We spent about

0:29:04.480 --> 0:29:06.400
<v Speaker 5>the US, I should say, spent about three hundred and

0:29:06.400 --> 0:29:10.400
<v Speaker 5>three billion dollars last year's position. Wow, worldwide over a trillion.

0:29:11.120 --> 0:29:13.400
<v Speaker 5>And there's still a lot of problems, things like but

0:29:13.640 --> 0:29:19.120
<v Speaker 5>permitting demand trade issues we just saw earlier today, maybe

0:29:19.160 --> 0:29:22.600
<v Speaker 5>President Biden will look at an increased terror from stale

0:29:22.640 --> 0:29:24.960
<v Speaker 5>aluminus in China. So how do you deal with that

0:29:25.000 --> 0:29:26.000
<v Speaker 5>if you're running a company?

0:29:26.080 --> 0:29:26.200
<v Speaker 10>Well.

0:29:26.240 --> 0:29:30.240
<v Speaker 5>Anna Moscolow is chief executive vice president of Low Carbon

0:29:30.320 --> 0:29:33.080
<v Speaker 5>Solutions over at Shell. She's been with Shell for about

0:29:33.120 --> 0:29:35.320
<v Speaker 5>twenty years and has had many different jobs within the

0:29:35.400 --> 0:29:37.400
<v Speaker 5>company and has landed here in the past two years,

0:29:37.480 --> 0:29:40.720
<v Speaker 5>right years, two or three years? Okay, Yes, how's it

0:29:40.840 --> 0:29:42.360
<v Speaker 5>going well?

0:29:42.960 --> 0:29:48.160
<v Speaker 11>So it's going well. We are progressing. Energy transition probably

0:29:48.240 --> 0:29:52.560
<v Speaker 11>is progressing well overall. And we've seen big strides in electrification,

0:29:52.760 --> 0:29:55.520
<v Speaker 11>but at the same time in my lifetive oil demand

0:29:55.720 --> 0:29:59.640
<v Speaker 11>is doubled, and we still see sectors like aviation, shipping

0:30:00.520 --> 0:30:03.560
<v Speaker 11>and commercial road transport buses and trucks where we see

0:30:03.600 --> 0:30:05.720
<v Speaker 11>demand increasing in the coming years, and.

0:30:05.800 --> 0:30:08.080
<v Speaker 12>These sectors need the hardware.

0:30:08.360 --> 0:30:13.560
<v Speaker 11>Sectors need solutions to support that, so biofuels or biogasses.

0:30:13.800 --> 0:30:16.640
<v Speaker 3>So I think what we've learned maybe over the last

0:30:16.640 --> 0:30:18.920
<v Speaker 3>several years with the invasion of Ukraine is just an

0:30:19.320 --> 0:30:25.160
<v Speaker 3>important you know, traditional energy, carbon energy is for the

0:30:25.320 --> 0:30:28.360
<v Speaker 3>global trade. So as we make this transition to a

0:30:28.520 --> 0:30:31.520
<v Speaker 3>more sustainable energy grid, we still have to invest there.

0:30:31.560 --> 0:30:34.200
<v Speaker 2>How does your company think about that? How does a

0:30:34.360 --> 0:30:36.080
<v Speaker 2>huge company like Shell think about that?

0:30:36.840 --> 0:30:40.560
<v Speaker 11>It's all about balance probably and making sure that we

0:30:40.800 --> 0:30:45.760
<v Speaker 11>have probably two things that we pace ourselves with our

0:30:45.920 --> 0:30:49.720
<v Speaker 11>customers in making sure that we transition with the right

0:30:49.760 --> 0:30:52.840
<v Speaker 11>pace in different places and that changes by country and

0:30:52.960 --> 0:30:57.520
<v Speaker 11>by geography, but also that we focus on the solutions

0:30:57.560 --> 0:31:00.760
<v Speaker 11>where we have a real competitive advantage. If I think about,

0:31:00.960 --> 0:31:04.240
<v Speaker 11>for example, the LNG market, we've seen LNG actually playing

0:31:04.320 --> 0:31:08.320
<v Speaker 11>a big role in being providing flexible and secure supplies

0:31:08.880 --> 0:31:09.800
<v Speaker 11>in the last two or.

0:31:09.800 --> 0:31:13.440
<v Speaker 5>Three years, and LNG is under your purview right. LG

0:31:13.640 --> 0:31:15.360
<v Speaker 5>is part yes of these, which is interesting because not

0:31:15.400 --> 0:31:17.720
<v Speaker 5>every company is going to look at LNG in the

0:31:17.880 --> 0:31:19.880
<v Speaker 5>new carbon low solutions business.

0:31:20.040 --> 0:31:23.720
<v Speaker 12>Yeah, so the traditional LNG business does not sit with me.

0:31:23.960 --> 0:31:27.240
<v Speaker 11>But what my team does is actually using the LNG,

0:31:28.200 --> 0:31:33.120
<v Speaker 11>for example, the marine sector. So we match LNG and

0:31:33.240 --> 0:31:37.360
<v Speaker 11>our traditional position globally in LERG trading with customers. So

0:31:37.440 --> 0:31:41.160
<v Speaker 11>the marine sector sits with me, and we are transferring

0:31:42.000 --> 0:31:46.240
<v Speaker 11>and selling LNG for the marine sectors instead of fuel oil,

0:31:46.320 --> 0:31:51.120
<v Speaker 11>and that provides for lower carbon intensity products.

0:31:51.640 --> 0:31:53.640
<v Speaker 3>Are there certain industries in your customers You mentioned the

0:31:53.680 --> 0:31:56.360
<v Speaker 3>marine industry and I didn't even think about that when

0:31:56.440 --> 0:31:59.120
<v Speaker 3>this discussion started ten years ago about how they burned

0:31:59.160 --> 0:32:01.360
<v Speaker 3>so much fuel. But when I see them off or

0:32:01.480 --> 0:32:03.320
<v Speaker 3>at on my beach, when I'm sitting on my pitch here,

0:32:03.320 --> 0:32:04.800
<v Speaker 3>I see the smoke at the back of the thing.

0:32:04.920 --> 0:32:09.040
<v Speaker 3>So what industries are doing a good job and making

0:32:09.080 --> 0:32:12.040
<v Speaker 3>the transition and what maybe industries still need some work

0:32:12.480 --> 0:32:13.240
<v Speaker 3>from your perspective.

0:32:13.480 --> 0:32:15.840
<v Speaker 11>So, as I said, we've made great progress on the

0:32:15.920 --> 0:32:17.640
<v Speaker 11>decarbonizing true electrification.

0:32:18.120 --> 0:32:20.840
<v Speaker 12>The areas that are a bit more stubborn are.

0:32:20.920 --> 0:32:25.840
<v Speaker 11>The planes, the trucks, the ships, and also the heavy industry,

0:32:25.920 --> 0:32:29.320
<v Speaker 11>so industry that need high intensity heat.

0:32:30.560 --> 0:32:32.800
<v Speaker 12>Cement like cement, steel.

0:32:32.640 --> 0:32:37.080
<v Speaker 11>Fertilizers, chemical industries, and in those cases you need what

0:32:37.160 --> 0:32:40.520
<v Speaker 11>we call drop in fuels like biofuels or synthetic fuels,

0:32:40.520 --> 0:32:44.920
<v Speaker 11>whether liquid or gas, so high energy intensity and different

0:32:45.000 --> 0:32:47.920
<v Speaker 11>sector is moving at different paces in different regions. And

0:32:48.000 --> 0:32:52.640
<v Speaker 11>of course we shouldn't forget that regulatory environments certainty around

0:32:53.240 --> 0:32:55.560
<v Speaker 11>how things should develop is very important.

0:32:56.080 --> 0:32:57.720
<v Speaker 12>Where it is carot or stick.

0:32:58.040 --> 0:33:00.440
<v Speaker 5>Yeah, we talk a lot carrot and stick on the

0:33:00.480 --> 0:33:03.080
<v Speaker 5>panel earlier today. You also mentioned when I was talking

0:33:03.120 --> 0:33:04.720
<v Speaker 5>to you about how you guys look at returns for

0:33:04.760 --> 0:33:06.840
<v Speaker 5>the different investments. So if you look at oil and

0:33:06.880 --> 0:33:09.880
<v Speaker 5>gas returns straight up to say fifteen percent plus correct,

0:33:09.880 --> 0:33:12.200
<v Speaker 5>then how do you judge the returns for different projects

0:33:12.280 --> 0:33:13.360
<v Speaker 5>in low carbon solutions.

0:33:13.600 --> 0:33:17.040
<v Speaker 11>Yeah, it's important to recognize that different products and different

0:33:17.080 --> 0:33:21.240
<v Speaker 11>solutions are available at different scales. So for our traditional

0:33:21.320 --> 0:33:24.720
<v Speaker 11>businesses we are looking upstream and marketing. We are looking

0:33:24.800 --> 0:33:29.160
<v Speaker 11>at fifteen plus for biofuels electrical vehicles where we have

0:33:29.400 --> 0:33:32.480
<v Speaker 11>positions today we are one of the biggest suppliers or

0:33:32.560 --> 0:33:33.960
<v Speaker 11>biofuels and traders.

0:33:34.080 --> 0:33:35.000
<v Speaker 12>Today for.

0:33:37.120 --> 0:33:41.360
<v Speaker 11>Ev we have already fifty four thousand charging points globally,

0:33:41.760 --> 0:33:43.760
<v Speaker 11>so for those one we are looking at at twelve percent.

0:33:44.880 --> 0:33:48.240
<v Speaker 11>And for solutions that are not quite there and they

0:33:48.320 --> 0:33:51.000
<v Speaker 11>need scale, and we've been a bit more selective in

0:33:51.080 --> 0:33:55.520
<v Speaker 11>our investments like hydrogen and CCS it's ten plus, So

0:33:55.600 --> 0:33:59.360
<v Speaker 11>we are being targeted around our approach on returns and

0:33:59.440 --> 0:34:02.200
<v Speaker 11>they are also will change over time as the industry changes.

0:34:02.600 --> 0:34:05.240
<v Speaker 11>And also when we look at our overall investment profile

0:34:05.560 --> 0:34:08.360
<v Speaker 11>last year with twenty three percent of our capital was

0:34:08.480 --> 0:34:14.000
<v Speaker 11>spent in low carbon energy solutions so IV, biofuels, biogases.

0:34:14.360 --> 0:34:17.280
<v Speaker 12>And renewable generations that was five point six billion.

0:34:17.320 --> 0:34:19.279
<v Speaker 3>By the way, you know, boy, I'm looking at your

0:34:20.000 --> 0:34:22.720
<v Speaker 3>revenue contribution where comes I mean, you're truly a global

0:34:22.760 --> 0:34:25.080
<v Speaker 3>company obviously show with roughly a third out of Europe,

0:34:25.080 --> 0:34:26.839
<v Speaker 3>a third out of Asian and Africa, and the third

0:34:26.880 --> 0:34:29.160
<v Speaker 3>out of I guess the America is so truly a

0:34:29.200 --> 0:34:32.080
<v Speaker 3>global company. Are there certain parts of the world where

0:34:32.280 --> 0:34:36.360
<v Speaker 3>you have had more success and maybe you know, in

0:34:36.480 --> 0:34:38.680
<v Speaker 3>terms of making these investments and seeing change versus some

0:34:38.719 --> 0:34:40.239
<v Speaker 3>other parts of the world, we.

0:34:40.360 --> 0:34:43.640
<v Speaker 11>See that it's easier when we have clarity from the

0:34:43.680 --> 0:34:49.560
<v Speaker 11>regulatory perspective. So Europe, US, Canada we've seen whether it

0:34:49.680 --> 0:34:53.719
<v Speaker 11>is charac or stick, We've seen clarity around mandates, tax

0:34:53.800 --> 0:34:56.880
<v Speaker 11>incentives and so on. But all this being said, by

0:34:56.920 --> 0:35:00.480
<v Speaker 11>the way, we are also seeing Asia picking up the

0:35:00.560 --> 0:35:04.520
<v Speaker 11>way China is going around evs for example, and electrical

0:35:05.000 --> 0:35:09.840
<v Speaker 11>charging points. We are seeing in Southeast Stasia development of

0:35:10.000 --> 0:35:13.360
<v Speaker 11>carbon capture and storage. India also, we've made an investment

0:35:13.440 --> 0:35:16.200
<v Speaker 11>recently in India Spring Energy, where we are investing in

0:35:16.280 --> 0:35:20.520
<v Speaker 11>renewable generation. So actually Asia and everybody knows that the

0:35:20.600 --> 0:35:23.600
<v Speaker 11>moment it comes and it picks up, the volumes will

0:35:23.640 --> 0:35:23.960
<v Speaker 11>be there.

0:35:24.760 --> 0:35:28.319
<v Speaker 5>What's it like being a company in Europe versus if

0:35:28.320 --> 0:35:31.160
<v Speaker 5>you were a company in the US. In that Europe

0:35:31.239 --> 0:35:34.520
<v Speaker 5>deals with a lot of sticks. US typically has the carrots,

0:35:35.560 --> 0:35:38.879
<v Speaker 5>but the governments are supportive in different ways. It's much

0:35:38.920 --> 0:35:43.680
<v Speaker 5>more bifurcated in the US. How do you yeah, what's

0:35:43.719 --> 0:35:45.320
<v Speaker 5>the hardest part of all of that?

0:35:45.960 --> 0:35:51.319
<v Speaker 11>Probably the hardest part is making sure that there are

0:35:51.560 --> 0:35:55.440
<v Speaker 11>clear trade offs between sectors. So let me give you

0:35:55.480 --> 0:36:00.560
<v Speaker 11>an example. If I want to use hydrogen greener hydrogen,

0:36:00.840 --> 0:36:03.960
<v Speaker 11>do I use it for commercial road transport?

0:36:04.480 --> 0:36:06.520
<v Speaker 12>Or do I use it for passenger cars?

0:36:06.719 --> 0:36:09.279
<v Speaker 11>Well, actually probably passenger cars that can use it for

0:36:09.360 --> 0:36:13.400
<v Speaker 11>ev so making sure that the regulatory environment matches with

0:36:13.560 --> 0:36:17.320
<v Speaker 11>the sectors you need to address. So hydrogen for commercial

0:36:17.400 --> 0:36:21.000
<v Speaker 11>road transport in the future or heavy industries, that would

0:36:21.000 --> 0:36:24.239
<v Speaker 11>be a solution. So trying to incentivize use of these

0:36:24.400 --> 0:36:27.560
<v Speaker 11>cars agyrogen we will have available, and we have available

0:36:27.920 --> 0:36:30.880
<v Speaker 11>into the industry that needs it most. And then the

0:36:30.960 --> 0:36:34.840
<v Speaker 11>other thing is probably the stability. So these are longer

0:36:34.920 --> 0:36:37.440
<v Speaker 11>term investments. You need to make investments that are multi

0:36:37.480 --> 0:36:40.880
<v Speaker 11>billion over ten, fifteen years, twenty years time. You need

0:36:40.960 --> 0:36:44.160
<v Speaker 11>to have certainty of the regulatory environment and direction of trouble,

0:36:44.719 --> 0:36:47.880
<v Speaker 11>and the industry needs to move in tandem supply and demand.

0:36:48.000 --> 0:36:52.920
<v Speaker 11>We cannot build projects if our customers also don't invest.

0:36:53.480 --> 0:36:56.359
<v Speaker 11>Carbon capture and storage is quite a good one where

0:36:56.440 --> 0:36:58.800
<v Speaker 11>our customers need to invest in the capture of the

0:36:58.880 --> 0:37:01.719
<v Speaker 11>CO two, invest in the transport and the storage to

0:37:01.760 --> 0:37:03.360
<v Speaker 11>bring the CO two under the ground.

0:37:04.200 --> 0:37:07.439
<v Speaker 3>What's the next big road a mile post that someone

0:37:07.520 --> 0:37:09.000
<v Speaker 3>like me who doesn't follow this day to day, what

0:37:09.000 --> 0:37:11.040
<v Speaker 3>should I look for? Is there a piece of news,

0:37:11.160 --> 0:37:14.719
<v Speaker 3>Is there a piece of legislation or something that's going

0:37:14.760 --> 0:37:16.920
<v Speaker 3>to be a big milepost that. Boy, this industry is

0:37:17.040 --> 0:37:18.560
<v Speaker 3>continuing to make progress.

0:37:19.280 --> 0:37:22.360
<v Speaker 11>We would want to see that carbon pricing is reflected

0:37:22.719 --> 0:37:26.279
<v Speaker 11>in in in and starting to see that there is

0:37:26.320 --> 0:37:30.239
<v Speaker 11>an opportunity and incentives for people to switch and move on.

0:37:30.680 --> 0:37:32.920
<v Speaker 11>That that's one one trend that you would be looking at.

0:37:33.960 --> 0:37:38.600
<v Speaker 11>Then stability of the regulative environment is another one. And

0:37:38.719 --> 0:37:40.920
<v Speaker 11>then the other thing I would say is there is

0:37:41.040 --> 0:37:43.959
<v Speaker 11>not a single solution that fits all. So for sect,

0:37:44.040 --> 0:37:46.120
<v Speaker 11>every sector, we have a roadmap and we work with

0:37:46.239 --> 0:37:49.120
<v Speaker 11>our customers to look at what is what is available.

0:37:49.160 --> 0:37:51.840
<v Speaker 11>And again we start from our position of strengths l

0:37:51.920 --> 0:37:54.400
<v Speaker 11>n G, e V, bio fuels and then building on

0:37:54.480 --> 0:37:57.800
<v Speaker 11>that with hydrogen ccs and probably in the future with

0:37:57.920 --> 0:37:59.959
<v Speaker 11>director capture, if and when that will happen.

0:38:00.160 --> 0:38:00.840
<v Speaker 12>That's Skate and.

0:38:01.040 --> 0:38:03.680
<v Speaker 5>Thanks so much, super appreciate Ana Moscolo. She is a

0:38:03.760 --> 0:38:07.440
<v Speaker 5>Shell executive vice president for Low carbon Solutions. Really interesting.

0:38:07.680 --> 0:38:08.400
<v Speaker 5>You more coming up?

0:38:08.520 --> 0:38:09.400
<v Speaker 2>I am more coming up?

0:38:09.480 --> 0:38:10.120
<v Speaker 5>More You into it?

0:38:10.280 --> 0:38:10.520
<v Speaker 8>I am.

0:38:10.800 --> 0:38:11.719
<v Speaker 2>I'm getting into it now.

0:38:11.880 --> 0:38:13.759
<v Speaker 3>You see, you need to get traditional entry companies and

0:38:13.840 --> 0:38:15.880
<v Speaker 3>new energy companies that got to be together, which they

0:38:15.920 --> 0:38:17.080
<v Speaker 3>are at this conference at least.

0:38:18.000 --> 0:38:18.800
<v Speaker 2>So we'll see.

0:38:21.080 --> 0:38:24.959
<v Speaker 1>You're listening to the Bloomberg Intelligence Podcast. Catch us live

0:38:25.040 --> 0:38:26.919
<v Speaker 1>weekdays at ten am Eastern.

0:38:26.719 --> 0:38:30.319
<v Speaker 6>On applecar Play and Android Auto with the Bloomberg Business Act.

0:38:30.480 --> 0:38:33.279
<v Speaker 1>You can also listen live on Amazon Alexa from our

0:38:33.360 --> 0:38:37.640
<v Speaker 1>flagship New York station Just Say Alexa, playing Bloomberg eleven.

0:38:37.440 --> 0:38:41.279
<v Speaker 5>Thirty Alex de alongside Paul Sweeney. We are live at

0:38:41.280 --> 0:38:44.560
<v Speaker 5>the Bloomberg AF Summit right here in Midtown Manhattan, where

0:38:44.560 --> 0:38:49.600
<v Speaker 5>we're covering all the top regulators, official CEOs, analyst strategy

0:38:49.640 --> 0:38:52.839
<v Speaker 5>officers within the energy transition space. How do you get

0:38:53.320 --> 0:38:55.359
<v Speaker 5>from oil and gas to something different and what does

0:38:55.400 --> 0:38:57.719
<v Speaker 5>that actually wind up looking like. So here's a question

0:38:57.760 --> 0:39:00.200
<v Speaker 5>for you, Yep, what is the third best performing stock

0:39:00.239 --> 0:39:01.120
<v Speaker 5>in the SMP this year.

0:39:01.600 --> 0:39:03.560
<v Speaker 2>I'm going to guess it's an energy stock.

0:39:05.120 --> 0:39:08.320
<v Speaker 5>Calls the best. It is Constellation Energy, which is the

0:39:08.719 --> 0:39:13.440
<v Speaker 5>largest nuclear power facility in the country. It also is

0:39:13.480 --> 0:39:16.759
<v Speaker 5>the largest provider of power to like C and I customers.

0:39:17.360 --> 0:39:19.600
<v Speaker 5>And that's really interesting because you have super Marico is

0:39:19.640 --> 0:39:21.920
<v Speaker 5>the best performing stock, then in Vidia, and then you

0:39:22.040 --> 0:39:25.680
<v Speaker 5>have Constellation Energy GE and Energy Energy And what all

0:39:25.760 --> 0:39:27.960
<v Speaker 5>of this has in common is a lot of demand

0:39:28.040 --> 0:39:30.279
<v Speaker 5>for data centers. A boost and power demand and a

0:39:30.400 --> 0:39:32.640
<v Speaker 5>need for that power, and nuclear is really front and

0:39:32.719 --> 0:39:34.920
<v Speaker 5>center for that. So joining us now to discuss is

0:39:35.000 --> 0:39:38.560
<v Speaker 5>Kathleen Baron. She's executive vice president and chief strategy officer.

0:39:38.800 --> 0:39:41.000
<v Speaker 5>She joins us now here at the summit. Kathleen, it's

0:39:41.040 --> 0:39:42.120
<v Speaker 5>a pleasure, Thanks for joining.

0:39:42.360 --> 0:39:43.600
<v Speaker 10>Thanks, Alex happy to be here.

0:39:43.680 --> 0:39:46.120
<v Speaker 5>So funnily enough, I talked to her CEO yesterday on TV.

0:39:46.239 --> 0:39:47.680
<v Speaker 5>So if you guys want to hear more about nuclear,

0:39:47.760 --> 0:39:50.600
<v Speaker 5>you can check out that segment from Bloomberg Television The Clothes.

0:39:51.200 --> 0:39:53.960
<v Speaker 5>Let's talk about what other stuff you guys are doing

0:39:54.360 --> 0:39:57.720
<v Speaker 5>nuclear obviously bread and butter in the energy transition space

0:39:58.320 --> 0:40:00.520
<v Speaker 5>of which nuclear is a big part. What else are

0:40:00.560 --> 0:40:03.840
<v Speaker 5>you guys doing looking at paying money.

0:40:03.719 --> 0:40:06.759
<v Speaker 10>For well, one of the opportunities we see ahead of

0:40:06.920 --> 0:40:10.920
<v Speaker 10>our country is to find ways to decarbonize austrial sector.

0:40:10.920 --> 0:40:13.840
<v Speaker 10>It's a huge source of emissions. It's really hard to

0:40:13.880 --> 0:40:19.520
<v Speaker 10>find a way to run steel, manufacturing, agriculture, aviation, long

0:40:19.640 --> 0:40:22.879
<v Speaker 10>haul shipping on electricity, right, So we have to find

0:40:22.880 --> 0:40:26.360
<v Speaker 10>another way to decarbonize that sector and find a liquid

0:40:26.400 --> 0:40:28.160
<v Speaker 10>or gases or a solid fuel that we're going to

0:40:28.200 --> 0:40:30.920
<v Speaker 10>have at the ready at any moment to power those industries,

0:40:30.960 --> 0:40:35.239
<v Speaker 10>and hydrogen has emerged as an opportunity for the US

0:40:35.360 --> 0:40:37.640
<v Speaker 10>now that the Inflation Reduction Act has passed. There's a

0:40:37.800 --> 0:40:42.239
<v Speaker 10>production tax credit for hydrogen in that act, and we

0:40:42.480 --> 0:40:47.440
<v Speaker 10>see nuclear and hydrogen as an ideal pairing because, as

0:40:47.520 --> 0:40:51.080
<v Speaker 10>you pointed out, nuclear is clean, but it's also firm,

0:40:51.120 --> 0:40:53.719
<v Speaker 10>it's reliable, it runs twenty four to seven, and so

0:40:53.840 --> 0:40:56.560
<v Speaker 10>it can be a steady source of power to run

0:40:56.680 --> 0:41:00.600
<v Speaker 10>into an electrolyzer, split water into oxygen high and then

0:41:00.760 --> 0:41:04.360
<v Speaker 10>create that clean molecule that can power industrial applications.

0:41:04.440 --> 0:41:07.319
<v Speaker 5>What color fuel, Well, we're trying to.

0:41:07.400 --> 0:41:11.040
<v Speaker 10>Discourage the rainbow of colors and just talk about clean

0:41:11.200 --> 0:41:12.160
<v Speaker 10>versus emitting.

0:41:12.320 --> 0:41:15.320
<v Speaker 5>But it is called pink for what it's for just

0:41:15.400 --> 0:41:16.120
<v Speaker 5>to work clear, yep.

0:41:16.880 --> 0:41:19.960
<v Speaker 2>So I was fascinated to not just I didn't know

0:41:20.040 --> 0:41:20.880
<v Speaker 2>much about your company.

0:41:21.120 --> 0:41:23.719
<v Speaker 3>Your company has the largest or the biggest nuclear fleet

0:41:23.800 --> 0:41:27.719
<v Speaker 3>in the country with twenty one reactors. What is the

0:41:27.800 --> 0:41:31.680
<v Speaker 3>future of nuclear energy in this country as we again

0:41:31.800 --> 0:41:35.240
<v Speaker 3>think about more green types of energy sources.

0:41:35.560 --> 0:41:37.719
<v Speaker 10>You know, it has changed a lot, even just in

0:41:37.760 --> 0:41:39.920
<v Speaker 10>the last few years in terms of public acceptance for

0:41:40.040 --> 0:41:42.879
<v Speaker 10>the technology it makes. I mean not just our fleet,

0:41:42.920 --> 0:41:45.520
<v Speaker 10>but the nuclear fleet generally generates twenty percent of the

0:41:45.560 --> 0:41:48.239
<v Speaker 10>electricity that runs through this building we're in in our

0:41:48.320 --> 0:41:51.320
<v Speaker 10>economy every day. People don't really realize that, but it

0:41:51.400 --> 0:41:53.600
<v Speaker 10>is the backbone of the power sector, and it is

0:41:54.160 --> 0:41:57.200
<v Speaker 10>carbon free, and as we just talked about, very reliable.

0:41:57.320 --> 0:42:01.759
<v Speaker 10>It operates around the clock, no matter the weather, their sun, wind, brainstorm,

0:42:03.160 --> 0:42:06.920
<v Speaker 10>it's still operating. And we own twenty one reactors. We

0:42:07.560 --> 0:42:10.719
<v Speaker 10>operate T one reactors. We own twenty three and so

0:42:10.800 --> 0:42:14.880
<v Speaker 10>that's about a quarter of the US fleet. And the

0:42:15.000 --> 0:42:17.480
<v Speaker 10>beauty of these machines is that they can run for

0:42:17.560 --> 0:42:20.760
<v Speaker 10>a very long period of time. Most of our assets

0:42:20.880 --> 0:42:24.160
<v Speaker 10>are sort of in the thirty forty to fifty year

0:42:24.200 --> 0:42:27.600
<v Speaker 10>old time frame, but they can run up to eighty

0:42:27.840 --> 0:42:31.480
<v Speaker 10>years according to the Federal Safety Regulators in Washington, and

0:42:31.600 --> 0:42:35.879
<v Speaker 10>so they are constantly being rebuilt. We put in about

0:42:35.880 --> 0:42:37.680
<v Speaker 10>a billion and a half a new capital every year,

0:42:38.040 --> 0:42:40.000
<v Speaker 10>and we're replacing the components. It's kind of like an

0:42:40.040 --> 0:42:43.680
<v Speaker 10>old car that's having its plate its parts replaced regularly.

0:42:43.880 --> 0:42:46.080
<v Speaker 10>So these machines can run for a very long time.

0:42:46.160 --> 0:42:49.040
<v Speaker 10>They abate about five hundred million metric tons of carbon

0:42:49.080 --> 0:42:51.680
<v Speaker 10>every year, so it's in the nation's interest to keep

0:42:51.719 --> 0:42:55.520
<v Speaker 10>them running. In with this growing public acceptance, we're seeing

0:42:55.880 --> 0:42:59.000
<v Speaker 10>interest in corporate procurements, We're seeing interest from governments. We're

0:42:59.000 --> 0:43:01.759
<v Speaker 10>seeing people valuing this thing that we don't have enough of,

0:43:01.880 --> 0:43:03.600
<v Speaker 10>which is a clean firm megaal pour.

0:43:03.800 --> 0:43:06.160
<v Speaker 5>So when we talk about the hydrogen stuff, so pink.

0:43:06.440 --> 0:43:08.719
<v Speaker 5>So basically you would get the power to split the

0:43:08.800 --> 0:43:12.240
<v Speaker 5>hydrogen from the oxygen and the electrolyizer using nuclear stream.

0:43:13.400 --> 0:43:16.440
<v Speaker 5>Does that mean that if I'm building a hydrogen facility,

0:43:16.600 --> 0:43:19.320
<v Speaker 5>I have to go where your power plant is, or

0:43:19.440 --> 0:43:22.120
<v Speaker 5>are you going to be building a power plant, a

0:43:22.239 --> 0:43:25.680
<v Speaker 5>small modular power plant near me, or are we running

0:43:25.760 --> 0:43:28.200
<v Speaker 5>like a big tube of something in between me and you.

0:43:28.760 --> 0:43:31.200
<v Speaker 10>So what we're talking about is using the existing reactors

0:43:31.520 --> 0:43:36.040
<v Speaker 10>to power an electrilyizer, and as you said, split the

0:43:36.120 --> 0:43:38.360
<v Speaker 10>oxygen and the hydrogen. You could do that right up

0:43:38.440 --> 0:43:40.680
<v Speaker 10>next to the power plant, so you put the electricity

0:43:41.000 --> 0:43:44.279
<v Speaker 10>right into the electrolyzer, or you could put your electrolyizer

0:43:44.360 --> 0:43:48.319
<v Speaker 10>next to your manufacturing plant or whatever process you're trying

0:43:48.360 --> 0:43:50.520
<v Speaker 10>to use the hydrogen for. 's say you're making sustainable

0:43:50.520 --> 0:43:53.360
<v Speaker 10>aviation fuel, and we can shift the electricity over the

0:43:53.480 --> 0:43:57.240
<v Speaker 10>transmission line to your electrolyizer and the dedicated power purchase

0:43:57.239 --> 0:44:00.480
<v Speaker 10>agreement that sort of hydrogen by wire configuration. So either

0:44:00.600 --> 0:44:03.919
<v Speaker 10>co located with the plant or through the transmission line.

0:44:03.960 --> 0:44:05.800
<v Speaker 10>Either way you're going to have that steady source of

0:44:05.880 --> 0:44:08.560
<v Speaker 10>zero carbon electricity going. It's the electrolyizer every hour.

0:44:09.000 --> 0:44:11.040
<v Speaker 2>Can I go out and build a nuclear power plant

0:44:11.040 --> 0:44:11.839
<v Speaker 2>in this country today?

0:44:13.200 --> 0:44:17.880
<v Speaker 10>There is no reason why you can't. But thank you, Alex.

0:44:19.400 --> 0:44:20.879
<v Speaker 2>You know, there are.

0:44:22.600 --> 0:44:27.320
<v Speaker 10>A bunch of reactor technology developers who have new designs

0:44:27.360 --> 0:44:29.920
<v Speaker 10>you mentioned small modular reactors that are in the process

0:44:29.960 --> 0:44:33.560
<v Speaker 10>of getting licensed, and there are some utilities who have

0:44:34.520 --> 0:44:39.279
<v Speaker 10>created relationships with those technology developers for sort of you

0:44:39.360 --> 0:44:42.920
<v Speaker 10>know co development or you know, an advanced commitment, but

0:44:43.360 --> 0:44:46.160
<v Speaker 10>none of them are under construction just yet. Some of

0:44:46.239 --> 0:44:48.480
<v Speaker 10>them are going to be starting soon. For example, in

0:44:48.600 --> 0:44:52.400
<v Speaker 10>Canada that the Ontario Power Generator has partnered with the

0:44:52.520 --> 0:44:58.239
<v Speaker 10>GE three hundred megawatt reactor design too, and they think

0:44:58.560 --> 0:45:01.520
<v Speaker 10>they have been through regular Tory approvals and they will

0:45:01.640 --> 0:45:04.840
<v Speaker 10>start construction sooner. But in the US we're just we've lagged.

0:45:04.880 --> 0:45:07.920
<v Speaker 10>I mean, this is happening in Canada's happening overseas and

0:45:08.560 --> 0:45:11.680
<v Speaker 10>we don't have that market poll here. We don't have

0:45:11.840 --> 0:45:14.480
<v Speaker 10>commitments as much as we should to get those new

0:45:14.520 --> 0:45:17.400
<v Speaker 10>reactor designs through licensing and into construction and past that

0:45:17.520 --> 0:45:19.520
<v Speaker 10>first of a kind cost cycle. That's really the thing

0:45:19.560 --> 0:45:20.320
<v Speaker 10>that we need to overcome.

0:45:20.320 --> 0:45:23.080
<v Speaker 5>It kind of jumped over nuclear for a while, right

0:45:23.200 --> 0:45:25.399
<v Speaker 5>Like when I first started covering commodity seventeen years ago,

0:45:25.520 --> 0:45:27.719
<v Speaker 5>it was all uranium because of the nuclear stuff. And

0:45:27.760 --> 0:45:29.279
<v Speaker 5>then it was like, we don't talk about that right now.

0:45:29.400 --> 0:45:31.879
<v Speaker 5>And even Germany was like anti nuclear for a while.

0:45:31.960 --> 0:45:34.840
<v Speaker 5>They retired all their fleets and they're like, oops, oops, yep, oopsie,

0:45:35.080 --> 0:45:38.279
<v Speaker 5>what happens when Russian and Beidess Ukraine? Kathleen, so great

0:45:38.320 --> 0:45:39.960
<v Speaker 5>to get your perspective. That was really great. Love to

0:45:40.000 --> 0:45:43.000
<v Speaker 5>see how that relationship pans out between hydrogen A nuclear.

0:45:43.120 --> 0:45:46.000
<v Speaker 5>Kathleen Baron, she's executive vice president and chief strategy officer

0:45:46.080 --> 0:45:47.480
<v Speaker 5>over a Constellation Energy.

0:45:47.640 --> 0:45:49.200
<v Speaker 2>I'm learning a lot this past couple of days.

0:45:49.280 --> 0:45:50.960
<v Speaker 5>I thought you could be so bored.

0:45:51.440 --> 0:45:54.799
<v Speaker 2>Sibl. Yeah, a little bit more chemistry than I thought.

0:45:54.960 --> 0:45:56.799
<v Speaker 2>You know, I didn't think there would be math here,

0:45:56.880 --> 0:45:58.200
<v Speaker 2>but I'll figure it out.

0:45:58.800 --> 0:46:01.479
<v Speaker 5>It's helpful with the ag Oh, it's like right, okay,

0:46:01.560 --> 0:46:03.280
<v Speaker 5>yes to hydrogen one oxygen.

0:46:03.360 --> 0:46:03.719
<v Speaker 12>We got this.

0:46:03.880 --> 0:46:04.360
<v Speaker 5>We can do this.

0:46:04.680 --> 0:46:05.879
<v Speaker 2>Yep, we can do math.

0:46:06.320 --> 0:46:10.839
<v Speaker 1>This is the Bloomberg Intelligence Podcast, available on Apples, Spotify,

0:46:11.040 --> 0:46:14.680
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0:46:14.840 --> 0:46:17.800
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0:46:17.920 --> 0:46:21.279
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0:46:21.400 --> 0:46:24.520
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0:46:24.719 --> 0:46:26.280
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