If you actually look at the numbers of carbon capture its entirely obvious that it can't work. It's honestly strange to me that they even waste money on it, personally I think it's a distraction - "look we're working on a fix, now let us just pump up the rest of this oil in the mean time and we'll definitely fix it later".

In order to just offset our current emissions, we would need around a million carbon capture facilities equivalent to the largest one we currently have. For comparison, the number of power plants in the entire world is a few tens of thousands. So we'd need maybe like 50 times as many capture plants as we currently have power plants.

Like it's not even in the neighbourhood of realistic, it's just completely infeasible and I am sure engineers know that. You basically need to suck the whole atmosphere through facilities, and there's a lot of atmosphere.

I think you're measuring one method against a goal it wasn't set for. I assume you are referring to Mammoth direct air capture in your comment -- Stratos in Texas will soon be up, at ~15x the size of Mammoth. But DAC is only one method, and it's the hardest to scale. Just look at options outside of DAC, like Vaulted Deep, whose costs (financially and energy-wise) are far lower.

I do agree that it's unlikely that we can ignore reduction and just depend on purely scaling capture, especially if we care about avoiding more negative climate effects as the scaling goes on. But to say it is "completely infeasible" is not accurate.