@Val Killmore,
Very interesting facts, most of which I did not know. Thanks Val for posting...
Again when expense is mentioned I can only think of the current mess that dirty fuels have left the state of the climate in and say what is more expensive?
Cheap fuels that are dirty or expensive fuels (that is if they actually are more expensive in the long run) that are clean?
I think the latter is cheaper in the long run. Even it if is not cheaper it is maintainable. Once we exhaust these fuels that have a limited supply we will have to move onto the same energy sources that have been resisted for so long.
By that time it may be too late to turn back the clock on the earth's climate... At that stage perhaps no amount of money and human ingenuity will be able to undo the damage done by these "cheap" fuels...
So my question from the very start is, are they really that cheap when we calculate the scope of their impact on the planet long term?
Imagine a device that has bacteria in it and the bacteria live off CO2 from the air and create electricity... You can plug cell phones and laptops into the device. What could be more ideal? The bacteria replicate and die at the precise same rate and regulate themselves...
Also it would only take a patch of Chernobyl bacteria's DNA to (or some other extreme bacteria) make a weaker bacteria more hearty.
I really don't think that the process of genetic manipulation is that expensive considering it is being done with nearly every food product sold today by Monsanto and other companies...
A bacteria that creates electricity while consuming CO2 would easily pay for itself in only a few years of actual application...
Neither am I a geneticist and to an actual geneticist my reasoning may seem naive... Yet, perhaps these ideas are not so far fetched.
There are also viruses, molds, fungus and other rudimentary forms of life that can be manipulated to aid and enhance the processes.
We have definitely entered a microbial era in the quest to find new, safe and clean energy sources.