It's completely feasible and quite easy for an electrochemist by reducing CO2 at a cathode and oxidizing water at the anode. Doing it economically is the challenge. It's likely that they plan to try to do it photovoltaically but the challenge will be developing the necessary photoanode materials and a proton-conducting electrolytic or membrane material. It's been done before but efficiencies are not that great and materials subject to degradation/poisoning.
By the way, there are many very common machines that convert CO2 to fuels already. I have many of them, they're called plants.
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Today's Featured Article - A Lifetime of Farm Machinery - by Joe Michaels. I am a mechanical engineer by profession, specializing in powerplant work. I worked as a machinist and engine erector, with time spent overseas. I have always had a love for machinery, and an appreciation for farming and farm machinery. I was born and raised in Brooklyn, New York. Not a place one would associate with farms or farm machinery. I credit my parents for instilling a lot of good values, a respect for learning, a knowledge of various skills and a little knowledge of farming in me, amo
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