Juno News - April 27, 2024


Trudeau’s war on Canadian energy won’t save the planet


Episode Stats


Length

12 minutes

Words per minute

159.92293

Word count

2,075

Sentence count

147

Harmful content

Hate speech

1

sentences flagged


Summary

Summaries generated with gmurro/bart-large-finetuned-filtered-spotify-podcast-summ .

In this episode, we sit down with David Hood, CEO of Geologic, a company that provides data and analytics to the oil and gas industry. We talk about the company's journey from a small start-up to a global leader in the field, and what it means for the future of the industry.

Transcript

Transcript generated with Whisper (turbo).
Hate speech classifications generated with facebook/roberta-hate-speech-dynabench-r4-target .
00:00:00.000 I'm sitting down with David Hood of Geologic here in Calgary. David, good to talk to you.
00:00:05.800 Thanks for joining me today. Thanks for inviting me. So we've been asking everyone that we've been
00:00:10.160 speaking to in this, how does your company fit into the landscape? Because you're actually
00:00:14.080 part of a very unique aspect of the sector that I don't think a lot of Canadians outside of the
00:00:19.200 energy industry really know exists. Yeah, absolutely. And there's a perception that I think
00:00:25.100 a lot of people who don't know about the industry, that it's a very low-tech, old-fashioned
00:00:30.360 type industry. Nothing could be further than the truth. It is very, very leading edge. It's very
00:00:35.860 challenging. It's applying the latest technology in multiple ways. And we're just one example of that.
00:00:42.860 So what we do, we grew from a data company, because the industry consumes voracious amounts of data.
00:00:50.900 Everything it does is driven by data that was originally subsurface and provided the information
00:00:58.220 and the tools to interpret the data and apply it right across the whole cycle of the industry.
00:01:06.220 Right from exploring for oil and gas to should I buy or should I sell a company? We are just a
00:01:13.660 product that is used, or products, right through the industry from beginning in the morning to
00:01:20.880 the end. And we grew from there where we were into the, we now have an operation in London,
00:01:28.380 we have an operation in Houston, we've got a data operation in India and a software operation in
00:01:34.520 Pakistan. And this is a Calgary company that was going up against a major, major international
00:01:41.740 organization that had 85% of the market. And we had a tiny sliver of books left. Now we've got by far
00:01:49.980 the majority of the market and they have what's left. We basically just took my business away from
00:01:54.700 them, based on better data, better quality, better services, and frankly, an Alberta approach to doing
00:02:01.780 things.
00:02:01.980 So that story there is, I think a tremendous Canadian success story, not just an Alberta story,
00:02:08.240 not just an oil and gas story. It's a Canadian business that's doing such incredible things
00:02:12.680 globally. And I think it's a testament to what happens if the industry can be left to its own devices.
00:02:17.800 And you bring this into an environmental context, and you have a government and an environment of
00:02:22.960 NGOs, ENGOs that believe the industry is the problem. And that's not consistent with, you know,
00:02:30.280 the facts on the ground as you see them, I know.
00:02:32.360 Absolutely not. That's right. There is no chance of getting to a net zero environment without
00:02:39.640 the technology and the expertise from the oil and gas industry. Geothermal relies completely
00:02:46.920 on expertise from the oil and gas industry. Carbon capture and storage, the same thing.
00:02:55.480 And also lithium and helium, hydrogen, that technology is coming out of the oil and gas industry. And so
00:03:01.720 it's absolutely critical. And we all want to cut emissions. But I distinguish between the people
00:03:08.600 who are serious about it, and the people who are playing games. So the distinction I would make is
00:03:13.320 this. If you're saying that we are facing an existential crisis, then you treat it as such, and you do every
00:03:22.760 single thing you can to get to solving the problem, which we need to do. If you are saying that we only
00:03:34.520 want to do, take this solution, or that solution, or the other solution, but we don't want to use these
00:03:40.040 solutions because we don't like them, then you're telling me it's not an existential crisis. So what is
00:03:45.640 it? And I think a lot of the NGOs are taking the second approach. Like, for example, nuclear is going
00:03:53.240 to be a huge part of the solution. But some people say, well, we can't have nuclear. Well, do you really
00:03:59.480 want to cut emissions? So it's- And carbon capture, very similar things. Oh, no, we don't want that
00:04:04.440 suggestion. We don't want that solution. Right. And if you talk to the folks at Pathways Alliance,
00:04:08.760 they are hugely focused on doing that. Whitecap Resources has got a major project in Saskatchewan,
00:04:19.160 where they are capturing enormous amounts of carbon all the time. That project has actually been
00:04:26.280 using our data and our systems from way back before Whitecap bought it in. And there's tremendous
00:04:31.560 progress there. But you have to have the oil industry's part of the solution.
00:04:35.640 So what is it that is missing from this? Because I don't think anyone can really deny that a lot of
00:04:42.360 this is very ideological. They aren't interested in solutions. The stated objectives are often not
00:04:47.080 the genuine objectives here. What is it that they're not seeing? Is it that they're not recognizing
00:04:52.680 what the industry has done or that that just doesn't factor into the calculation?
00:04:57.080 I think a large part of it is, you know, I'm an engineer. A lot of the people in the industry are
00:05:03.800 engineers, scientists, and they look at it from a factual scientific approach.
00:05:09.080 As they should, I would say. It's a scientific issue. Absolutely, absolutely.
00:05:11.720 It's not a political... I mean, it becomes a political issue, but the problem is one that
00:05:15.560 at its core is about science. If you don't focus on science in the industry, you don't get very far.
00:05:21.480 But I think a lot of the people who are pontificating about this stuff have no scientific
00:05:27.560 or engineering background, and they're listening to stuff. You know, let me give you an example.
00:05:33.240 When I was a kid, I grew up around... there were shipyards everywhere back in Scotland where I was
00:05:40.200 born. There was a time when 30% of all merchant tonnage afloat worldwide was built on the clite.
00:05:48.920 You understood heavy engineering. You saw it all over the place.
00:05:52.440 Today, I think a lot of people never see it, and they have a sense that whether it comes from...
00:06:01.720 we're talking about electricity, or whether we're talking about energy generally, or whether we're
00:06:07.400 talking about food. You know, food comes from the supermarket. Energy comes from the wall socket.
00:06:14.120 And they have no sense of the heavy engineering that is required somewhere. Like somewhere has to
00:06:19.640 build... somebody has to build a power plant to make that happen. Somebody has to build a windmill to
00:06:25.160 make that happen. It doesn't just happen. And I think part of it is there's that disconnect between
00:06:30.360 an engineering understanding that used to be there and the idea that it all gets done on your phone.
00:06:37.480 Yeah, and I think that part is so key. And I mean, even when you have people arguing that we need to
00:06:41.720 transition away from oil and gas and use, you know, use all of these other means of powering things,
00:06:48.520 they don't understand what goes into creating that. I think you're right. Electricity does not start in
00:06:53.320 a battery. Electricity has to be generated somewhere and put into that battery. And
00:06:57.240 that even right there is the fundamental disconnect that I don't think a lot of people think of when
00:07:01.160 they believe that, you know, this is the future. That's right. And I used to actually work in an
00:07:06.680 electricity supply business when I was back in the UK. And the complexities of what's involved in there
00:07:12.680 are mind blowing. And you cannot just the difficulty of having a stable and reliable power source is
00:07:23.720 it's something that you take for granted, because in the Western world, people have been doing it very
00:07:28.440 effectively in a very long time, it is very easy to screw up. If and if you have a lot of intermittent
00:07:35.400 power sources, windmills are great. You know, the sunshine is great. But this doesn't work all the
00:07:44.440 time. And you have to, if you're going to rely on those kinds of sources, you're going to have to
00:07:50.440 take them from places where, for example, there's a lot of wind, or there's a lot of sun, and you're
00:07:55.320 going to have to get it reliably to places that need it with power. So you're going to need to build a lot
00:08:02.360 of grid. I have no, I have yet to see anybody present a plan that says how that grid gets built.
00:08:11.720 Even something as simple as power as generators, excuse me, not generators, transformers,
00:08:17.320 which is needed to step power, you need to step power up the voltage to transmit at long distances,
00:08:24.600 otherwise, you lose too much. And you have to bring it back down to bring it into houses,
00:08:29.080 otherwise you kill people, which is usually not seen as a good thing to do. And so you have to
00:08:34.920 have a lot of transformers, the more you have a grid. We don't have the transformers.
00:08:40.520 There is a major, major shortage of transformers globally. And partly because there is material
00:08:47.800 that is needed in there, a lot of it comes from China, and you just can't produce enough. And so,
00:08:52.200 you know, I have test-driven electric cars. I love them. They're great. A lot of fun. But if you are
00:09:00.520 looking at transferring the entire load across by electrifying everything and then putting in
00:09:08.840 intermittent power sources, you have to have a plan to get from here to there. I have yet to see one.
00:09:15.640 We were speaking earlier about geologic and what I characterize as a Canadian success story. And I
00:09:23.800 go back to your experience here. You came to Calgary. You could have gone anywhere in the world. You
00:09:27.800 could have stayed in Scotland. You chose some years ago to come here. If you were to roll your age back 0.63
00:09:35.160 to how old you were then, but you're making that decision in 2023, do you view Canada as the future
00:09:41.560 where you can build up a career in the energy sector and help build up a very prosperous and
00:09:46.680 successful company in that sector? I can't think of a better place than Calgary to do exactly the
00:09:53.560 same thing again. Even in 2023 with all of the regulatory hurdles and uncertainty, you'd still
00:09:58.680 have that optimism? There is no doubt that Canada has got a lot of things that they have to rethink.
00:10:04.200 I think in Alberta that I have never seen in the 41 years I've been here, I've never seen as many
00:10:14.120 opportunities as there are right now. Both because the industry is going to be critical going forward.
00:10:21.320 It is driving emissions down. The key thing is you need to get rid of emissions. You don't need to get rid
00:10:26.760 of fossil fuels. In addition, you add up the capability that is fear in this province for
00:10:35.240 things like carbon capture and storage and hydrogen and helium and lithium. I was told by one of our
00:10:42.680 customers that we have got the biggest potential lithium reserves in the world. I thought it was chilly,
00:10:48.040 but I'm nervous here. We have got enormous capabilities for carbon capture and storage.
00:10:54.040 Some of them biggest in the world, but partly because of our geology and partly because of the
00:11:00.840 technology. And hydrogen is another huge opportunity. There was a conference in Edmonton about three or
00:11:09.400 four months ago. 8,000 people attended from 30 countries to come to Edmonton to talk about this
00:11:16.600 desktop. So you layer on all these opportunities and there's enormous capabilities out there. Particularly,
00:11:25.800 and this is key, it's a major technology frontier. What we do all the time is we're doing advanced
00:11:34.760 technology. I keep saying to people, what our people do is they create value in a thin air. If you're a
00:11:43.800 programmer or a data person, you have got nothing except what's up here. You go, well, let's build
00:11:50.920 this. And you create value for people from there. And artificial intelligence is another area. We're
00:11:57.720 working with a number of companies to develop. Yeah, you're a knowledge company in a resource
00:12:04.600 sector here, which is particularly impressive. And so the capabilities that come from there
00:12:09.400 are going to be my boy, more names that we can do. So I'm very, very optimistic.
00:12:16.040 Well, some of your colleagues, you need to give them a pep talk. You've been the most optimistic of
00:12:19.800 them. So I'm glad we get to end on that note. David Hood of Geologic. It's been a pleasure. Thank you.
00:12:25.000 Thank you, Edward. Thank you.
00:12:28.520 Thank you.