
Green LAgirl on "Gristmill's" fixing agriculture
by
amazngdrx
on Tue 29 Aug 2006 08:35 AM CDT
http://greenlagirl.com/2006/08/27/interesting-quote-how-to-fix-agriculture
My comments on her thread:
Well he forgot to add: Take half the money saved from eliminating corporate welfare and turn it into tax incentives for small, local, organic farming. use the other half to pay down the deficit.
Use a few percenty of the first half to fund research into robotic farming designed to make organic farming using renewable electric power more efficient than chemical, diesel fueled, labor intensive farming.
That way organic farmers with a few acres can do it themselves on their computer connected robot that fertilizes (organic), waters, weeds,plants, harvests, all the stuff you would need to break your back doing, or break someone eles back, for below minimum wage.
Why do people use herbicide? Too much time and effort it takes to do it manually. Same with fertilizer, irrigation, and pesticides. Squash potato bugs manually? Yikes.
But a robot will vacuum them up and feed ‘em to your chickens, bwwaaaacckk (happy chicken music).
Now go tell some really rich garden loving people about this you LAers, maybe Laury David will fund this? You go LAgirl!
Materials in catalytic converters recycled to make fuel cells that boost mileage 5 times over regular internal combustion engines?
http://thefraserdomain.typepad.com/energy/2006/08/franklin_fuels_.html
Could CeO2 for these fuel cells be recycled from catalytic converters? The platinum recovery might pay for the process.
The high melting point of the material could be attained with a solar furnace.
Surface contaminants and the remaining platinum could be vaporized from the surface with concentrated solar power, then the CeO2 melted and purified and formed into the appropriate shape.
Technology that feeds off of recycled internal combustion vehicles to produce new fuel cell electric vehicles could be very cost effective.
Rather than a whole new vehicle, remove the ICE parts then install the fuel cell electric parts recycled from parts from other applications, like three phase industrial motors, turbo chargers, and catalytic converters.
It looks like first adopters of these new systems will be do it yourselfers not large industrial automakers.