RE: NRC close to vote on new Westinghouse nuke reactor

[Glen.Vickers@ucm.com]

The biggest question is whether the smaller reactor can pump out enough MWe
($) to pass a cost-benefit analysis.  Isn't this model only in the 600 MWe
range?  I heard talk long ago that one of the reasons it could do with less
emergency core cooling support was due to a lower power density in the core
as compared to current PWRs.
 
Even though the plant may be able to be run with a few less people, pumps,
and valves, there is still an enormous amount of overhead costs necessary to
run a nuke plant.  For instance, your 1100+ MWe PWR probably has the same
number of personnel and administrative costs as a smaller 800 MWe model.
This is where having a larger plant with additional revenue generation
capability helps offset the costs and results in lower generation costs.

The question is not whether or not nuclear power is good clean power, but
whether or not it is a viable economic investment.  I really do hope it can
generate enough money to offset the staggering costs of the power business.

Glen

glen.vickers@ucm.com <mailto:glen.vickers@ucm.com> 



	-----Original Message-----
	From:	Magic2626@aol.com [SMTP:Magic2626@aol.com]
	Sent:	Saturday, May 15, 1999 3:09 PM
	To:	Multiple recipients of list
	Subject:	Re: NRC close to vote on new Westinghouse nuke
reactor

	This sure sounds like a much needed step in the right direction.

	>>>The Westinghouse reactor's design relies on natural forces such
as 
	convection and gravity flow of emergency cooling water. This 
	reduces reliance on pumps, valves and emergency generators that 
	ensure the safety of today's plants. Because of its simplicity, the 
	mid-size reactor could be built faster than existing plants, usually

	within three to four years.  

	The reactor would be smaller, cheaper and less complicated than 
	existing plants, according to the Nuclear Industry Institute, a
trade 
	group.  <<<
	
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