Adapt this to auto tailpipes (if the catalytic converter doesn't take out the CO2 already) and the global warming crisis is, solved.
Cheers!
So I went to the link which in turn linked the researcher's technical paper.
The short answer to "where does the CO2 go" -- you have to PUT it somewhere (think geological formation), but if you do it right, it's a twofer! You can use it for enhanced oil and gas recovery techniques. From the paper:
"Although a typical destination of the captured CO2 is commonly envisioned to be some form of passive geologic storage or other storage type, this work is also motivated by a vision of utilizing the captured CO2 to displace valuable oil and coal-bed methane stranded in mature reservoirs, as illustrated in Figure 1, before storing it permanently in spent reservoirs. Such a CO2-driven displacement is referred to as enhanced oil recovery (EOR) and enhanced coal-bed methane recovery (ECBMR)."
>>Adapt this to auto tailpipes (if the catalytic converter doesn’t take out the CO2 already)
It doesn’t.