Kimberly Heiting
Analyst · Stifel. Your line is open
Yeah. Good morning. Yeah. Why don't I start with the Carbon X project? Our long-term view, as David said, is displacing conventional gas with RNG and then, clean and renewable hydrogen. We also do believe carbon capture, utilization and sequestration are going to be really important. And I think, again, you see that in the Inflation Reduction Act and some of the funding flowing to those technologies. So we have two projects, the Carbon X is one where we're partnered with some of our bigger commercial customers. And basically, the equipment is designed to fit onto existing natural gas furnaces and boilers. It reduces the energy use and then it captures the carbon dioxide exhaust from those appliances. And then it's converted into potassium carbonate and that can then be used in a secondary market to create both. This is just one example of this technology. We know that it is being piloted, as David mentioned, in Minneapolis and in Canada. But we're really excited about it. As we mentioned, it has the potential to reduce emissions annually by 18,000 pounds per unit. And it's very flexible. You can -- as this proves out, you can put it on a variety of customer accounts, and it allows them to meet some of their chemicals individually along with the system. The other project that we're really excited about is, a Turquoise hydrogen so a Methane pyrolysis project. With modern electron and if you followed in the news, there's a lot of excitement about Turquoise hydrogen because it has potential to be one of the lowest cost low-carbon fuels. Monolith has a $1 billion project that they're getting DOE spending on this technology. For our project, we are anticipating that this kind of equipment it proves out really have the flexibility to be located in a variety of areas on our system. It would allow us to produce distributed hydrogen wherever or whenever we need it. And so we're exploring the pilot. We want to prove out the technology. We're really interested in the price point. And we're part of a consortium in North America, of other utilities that are sort of sharing the learnings on these kinds of pilots and part of HyDeploy, which is an international hydrogen consortium, again, looking both at these kinds of technologies, but also some work on our hydrogen blending, as David mentioned before. So we are exploring a lot of different avenues. And I think it's a reflection of the versatility of hydrogen for gas networks, but also the carbon capture opportunities.
Q – Selman Akyol: Do you see opportunities to deploy inside the utility and outside the utility, or would it be all outside the utility?