Common themes, deeper meaning

The Western Hemisphere, from Alaska down to Venezuela, is now the center of the universe for energy. The world is looking to America as the dominant force in energy. We are the top producer of oil and gas. We are the top exporter of oil and gas.

For the first time in the very long period when we apply our green policies, actually the green is not only about climate change anymore, it's about energy security, because the renewables are the resources which we can actually produce at home.

We are all codependent and co-reliant. There's no such thing as energy independence. As much as you will hear even here in the United States that the US is a net exporter of oil, that does not mean the United States is isolated from the rest of the world or the international market. You still physically import the oil you consume and export quite a bit of shale production just because refineries aren't equipped to handle it.

While traditional energy security focused on the stable procurement of fuel resources, electricity security in this new era hinges on the resilience of the power grid, the capacity of large-scale energy storage systems, cybersecurity, and the stability of critical mineral supply chains.

We're 170 years into the hydrocarbon age where the world is still dependent on a 10-mile choke point in the Middle East. That has to stop. We cannot continue to be subject to a terrorist regime in Iran stopping flows through the Strait of Hormuz.

Gas can be regarded as a transition fuel and even as a destination fuel, and will be the backbone of the energy mixes for many countries around the world. This gas can buy Suriname and the region time while developing new clean energies to fill in this critical time window.

I don't understand the administration, why they're blocking offshore wind, why they're blocking solar. We should, yes, do the gas, do the oil, but also we're all going to need it all.

We put a goal of clean energy, which is a noble goal, but we turned that a bit on morality. When you were speaking to Brussels about a hydrocarbons project, you were considered to be a villain. If that was blue hydrogen, you were a saint. We need to be technologically neutral.

It's not just that we're building out nuclear, it's that we're building it out everywhere all at once. Now we are large, we are medium, we're really small. All of a sudden, there is a nuclear for you, no matter what it is you're doing.

After a number of stops and starts for this industry, I'd like to suggest that the stars have aligned for a global revival of nuclear energy. And that is largely owed to the joint efforts of the UK and the US.

There's the potential to open up tens if not 100 gigawatts of unused capacity currently by taking better advantage of demand flexibility. We're piloting this DC flex opportunity with partners like Emerald AI, saying okay, we've built for peak capacity but most of the time we're not using anywhere near that. How can data centers soak up the unused electrons when they're available and then curtail their demand when everybody's running their air conditioning units?

In a typical data center over a 15-year contract, that's a billion dollars that can go back to the customers. That's that downward pressure that Alex was talking about, because you now have that larger population against the fixed costs, and the more data centers that come in, the large loads are covering a larger portion of those costs.

You should not expect to be able to push any of the costs for electricity and infrastructure upgrades on retail customers. I would argue if you want to get your data center built, go someplace and explain to people how you're going to reduce their electricity costs and they might have a much more open attitude towards where that is sited.

The race of AI, primarily between ourselves and China, really isn't a race just to come up with the best software. It is really the race of energy, because energy is required to power all these data centers.

We are the dominant force in AI. We're the country that comes up with all the great ideas within the field. Our biggest problem is simply getting more power produced. That really is the main issue.

We have racks that will require one megawatt per rack. That is 100 times more than what we did three years ago. One megawatt a rack means you're going into these one-gigawatt data centers, and to put that in perspective, one nuclear power plant normally runs like 1.2 gigawatts. AI data centers have much bigger variations in load, which puts more stress on the grid.

It's permitting and lawfare reform. It's absolutely permitting and lawfare reform. If we can get the permitting reform, the lawfare reform down, this will be the place to invest for the next 50, 100 years. There's no doubt about it.

We want to take an approval process that was running two to five years optimistically, often much longer, and get it down to one. It's our intention to be the fastest in the OECD. We want you to be able to build faster in Canada than anywhere else.

We cannot move fast enough, but we can move faster, and we are.

But the pause, the LNG terminal pause we saw a couple of years back, that came as quite a surprise out of nowhere. And if I could encourage one thing it would be perhaps not to do that again.

You've got to be able to compare a ton of steel from company A to a ton of steel from company B and know what that looks like. We've got to get to a common approach similar to how we think about financial statements.

We call methane the emergency brake on climate because methane has 20 times the warming potential of CO2 over a 20-year time period. Really it's the solution that we have in the next 10 years to really slow global warming.

The secretary said to the IEA that the only thing true about net zero emissions by 2050 is that it has a 0.0% chance of ever happening. The net-zero scenario they're modeling is consumed by banks, by countries, to drive their policy. Those are the ingredients to the policy product that comes out.