Something that I'd like to underline is that carbon capture and storage is not exclusive to oil and gas. It's actually a technology that will be required for many different forms of decarbonization. For example, the decarbonization of cement will likely involve the use of carbon capture. The decarbonization of steel is also expected, at least to a certain extent, to be reliant on the use of carbon capture when hydrogen is not an option. There are many industrial applications in which carbon capture could be very useful.
To be frank, carbon capture and storage is a very expensive technology. Currently, it hasn't really achieved the sort of scale that solar panels, wind turbines and other emissions reductions technologies have achieved.
That isn't to say that it can't reach that level. Maybe around 25 years ago, it was unlikely that anybody would have the idea that an electrical grid could be run off solar, because solar panels were for satellites out in space. They were very expensive and very high tech. However, we achieved scale on those and were able to drive down the cost very effectively, and now they're looking like the future of our electricity grids.