NYTs On ITER - Again
Posted: Thu Apr 30, 2009 1:27 am
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http://www.nytimes.com/2009/04/30/busin ... usion.html
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I sent the reporter this e-mail. Perhaps some one else would like to have a word with him:
Why doesn't Bussard's Polywell Fusion get much press?
Is it that the experiments are too cheap and that results can be had in five years or so makes the ITER folks look bad?
The US Navy sees merit in it. If it can be made to work Navy ships could be powered for a few hundred dollars a day in fuel costs. And the fuel could be extracted from sea water. Talk about sailing on an ocean of fuel.
Polywell got $2 million in the DoD recovery act.
http://iecfusiontech.blogspot.com/2009/ ... n-act.html
Enough to keep things limping along. A little more speed wouldn't hurt. An average of $40 million a year for 5 years would answer the question. i.e. about the USA portion of one year's ITER budget which is about $160 to $200 million a year depending on what you include (supporting experiments).
Also consider this: if it works (big "if" there) it would produce electricity at 1/10th to 1/100th the cost of an ITER like plant. Which makes ITER a good fall back position if IEC fusion is a dead end.
http://www.nytimes.com/2009/04/30/busin ... usion.html
*
I sent the reporter this e-mail. Perhaps some one else would like to have a word with him:
Why doesn't Bussard's Polywell Fusion get much press?
Is it that the experiments are too cheap and that results can be had in five years or so makes the ITER folks look bad?
The US Navy sees merit in it. If it can be made to work Navy ships could be powered for a few hundred dollars a day in fuel costs. And the fuel could be extracted from sea water. Talk about sailing on an ocean of fuel.
Polywell got $2 million in the DoD recovery act.
http://iecfusiontech.blogspot.com/2009/ ... n-act.html
Enough to keep things limping along. A little more speed wouldn't hurt. An average of $40 million a year for 5 years would answer the question. i.e. about the USA portion of one year's ITER budget which is about $160 to $200 million a year depending on what you include (supporting experiments).
Also consider this: if it works (big "if" there) it would produce electricity at 1/10th to 1/100th the cost of an ITER like plant. Which makes ITER a good fall back position if IEC fusion is a dead end.