Mon Nov 12, 2007 1:29 pm
Tue Nov 13, 2007 3:04 am
Tue Nov 13, 2007 2:17 pm
Tue Nov 13, 2007 11:24 pm
Well, all I can say is that I have been in those buildings and seen those very tanks in use. Tanks like that are normally lined with plastic. Being in Long BEACH, and the fact that much of southern California has loose sandy soil, the thickness would not surprise me at all. What makes you think those are steps? A tank that size needs circulation pumps and filtering that don't encroach on the open tank space.Cvairwerks wrote:Until all the stuff from those programs is declassified, you can't be sure that it isn't true. Boeing claims it was part of a anodizing line, but the chemicals in that process attack concrete. Besides, there is no engineering reason for an inground tank like that to have the wall thicknesses that the photos show, unless it was a containment tank for some kind of alpha/beta/gamma emmitter. Also, if it were a process tank like they claim, why would you design a set of steps into the wall? That would be a major design and fabrication expense. Besides, most process tanks would use retractable ladders for access, so as to eliminate the problems that stairs would cause. I don't necessarily buy into a conspiracy on this, but the photos and the testing do raise some questions about it's original purpose. It will be interesting to see what the raw data and test results end up revealing in a couple of weeks.
http://en.wikipedia.org/wiki/Pool-type_reactor
The water acts as neutron moderator, cooling agent and radiation shield. The layer of water directly above the reactor core shields the radiation so completely that operators may work above the reactor safely.
Wed Nov 14, 2007 3:33 am
Wed Nov 14, 2007 7:05 am
Santa Susana Field Laboratory
For many years Rocketdyne engines and power systems were tested at the Santa Susana Field Laboratory (SSFL), located in the Simi Valley,, in Ventura County, California, northwest of Los Angeles and near the company headquarters in Canoga Park. Extensive use of rocket propellants and other toxic chemicals eventually resulted in significant soil contamination at the facility. There have also been accusations regarding improper disposal of nuclear waste.
On 26 July 1959, the Sodium Reactor Experiment, a Rocketdyne-owned experimental sodium-cooled nuclear reactor at SSFL, suffered a partial core meltdown — the first meltdown in the history of nuclear power — which may have resulted in a significant release of radiation. Long-term effects and mitigation efforts have been the subject of ongoing controversy; see Santa Susana Field Laboratory#Conflict over cleanup for more details.
The Santa Susana Field Laboratory was not included in the sale to Pratt & Whitney and remains solely owned by the Boeing company.
http://en.wikipedia.org/wiki/Rocketdyne
Wed Nov 14, 2007 12:53 pm
It seems as though many people seldom look for the simplest solution and instead look for government coverups, conspiracy theories, etc.
Wed Nov 14, 2007 1:31 pm
bdk wrote:Santa Susana Field Laboratory
For many years Rocketdyne engines and power systems were tested at the Santa Susana Field Laboratory (SSFL), located in the Simi Valley,, in Ventura County, California, northwest of Los Angeles and near the company headquarters in Canoga Park. Extensive use of rocket propellants and other toxic chemicals eventually resulted in significant soil contamination at the facility. There have also been accusations regarding improper disposal of nuclear waste.
On 26 July 1959, the Sodium Reactor Experiment, a Rocketdyne-owned experimental sodium-cooled nuclear reactor at SSFL, suffered a partial core meltdown — the first meltdown in the history of nuclear power — which may have resulted in a significant release of radiation. Long-term effects and mitigation efforts have been the subject of ongoing controversy; see Santa Susana Field Laboratory#Conflict over cleanup for more details.
The Santa Susana Field Laboratory was not included in the sale to Pratt & Whitney and remains solely owned by the Boeing company.
http://en.wikipedia.org/wiki/Rocketdyne