In a very limited fashion it is. You can plant a forest and that amount of CO2 is what it’ll be able to pick up. Trees will die, rot, emit their CO2 back into the air while new trees pick it up again. The system would reach a maximum equilibrium quickly and the relative amount of CO2 picked up isn’t that high.
That method would work better with algae or seaweed farming. Ultimately, it is solar energy capture, which requires a large area. We are already short of arable land to work with. A lot of the ocean surface is effectively a life desert. Using it for large scale carbon capture and storage would work quite well.
In a very limited fashion it is. You can plant a forest and that amount of CO2 is what it’ll be able to pick up. Trees will die, rot, emit their CO2 back into the air while new trees pick it up again. The system would reach a maximum equilibrium quickly and the relative amount of CO2 picked up isn’t that high.
Most CO2 is actually processed by algae anyway
Then cut the tree and trow it in a cave or something.
That method would work better with algae or seaweed farming. Ultimately, it is solar energy capture, which requires a large area. We are already short of arable land to work with. A lot of the ocean surface is effectively a life desert. Using it for large scale carbon capture and storage would work quite well.
that’s a way to replenish petroleum