ML16162A168: Difference between revisions

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==Subject:==
==Subject:==
Response to NRC Generic Letter 2016-01: Monitoring of Neutron-Absorbing Materials in Spent Fuel Pools for the Missouri S&T Reactor Facility, R-79, Docket 50-123. NRC: The Missouri University of Science & Technology Research Reactor does not have neutron absorbing materials in the fuel storage pool (FSP). Fuel elements are positioned in two racks each made of 6061 T6 Aluminum. Each rack can hold one row of fifteen fuel elements with a distance of five inches between elements. The entire fuel inventory can be contained in the FSP. r* .-.. ,*,, The:reaCtor core has the control rods maintaining a subcritical reactor while the reactor is shutdown and not being used. During the annual control rod inspection 50% of the reactor core's critical mass is moved to the FSP. One control rod is removed from the core, inspected into the reactor core prior to the removal and inspection of the next control rod. All fuel movements during this process are approved by the reactor manager and supervised by a Senior Reactor Operator. *-Please contact me at 573-341-4384 or webonzer@mst.edu if you have questions regarding this information. I declare under penalty of perjury that the foregoing is true and correct. Executed on .Sincerely, . : , ' ,; . "w. 11* ;_ ; . , . o .. *_ *.: .. .., William Bonzer Missouri S&T Reactor Manager License R-79 * ,; 1"' Docket 50-123 .. 1, .* . ! ' .. -*,, . *' .. 1.; ,(' ., ;* *.,'.*.J****** .. ' ... .** -.. r . i.L -*., -,._J . ,'"*:,_' I! '!' ?" : .. *: '. *:* ...... ., 1 T:}}
 
Response to NRC Generic Letter 2016-01:
Monitoring of Neutron-Absorbing Materials in Spent Fuel Pools for the Missouri S&T Reactor Facility, R-79, Docket 50-123. NRC: The Missouri University of Science & Technology Research Reactor does not have neutron absorbing materials in the fuel storage pool (FSP). Fuel elements are positioned in two racks each made of 6061 T6 Aluminum.
Each rack can hold one row of fifteen fuel elements with a distance of five inches between elements.
The entire fuel inventory can be contained in the FSP. r* .-.. ,*,, The:reaCtor core has the control rods maintaining a subcritical reactor while the reactor is shutdown and not being used. During the annual control rod inspection 50% of the reactor core's critical mass is moved to the FSP. One control rod is removed from the core, inspected into the reactor core prior to the removal and inspection of the next control rod. All fuel movements during this process are approved by the reactor manager and supervised by a Senior Reactor Operator.  
*-Please contact me at 573-341-4384 or webonzer@mst.edu if you have questions regarding this information.
I declare under penalty of perjury that the foregoing is true and correct.
Executed on .Sincerely, . : , ' ,; . "w. 11* ;_ ; . , . o .. *_ *.: .. ..,
William Bonzer Missouri S&T Reactor Manager License R-79 * ,; 1"' Docket 50-123 .. 1, .* . ! ' .. -*,, . *' .. 1.; ,(' ., ;* *.,'.*.J******  
.. ' ... .** -.. r . i.L -*., -,._J . ,'"*:,_'
I! '!' ?" : .. *: '. *:* ...... ., 1 T:}}

Revision as of 06:37, 30 June 2018

Missouri University of Science and Technology, Response to NRC Generic Letter GL 2016-01: Monitoring of Neutron-Absorbing Materials in Spent Fuel Pools for the Missouri S&T Reactor Facility
ML16162A168
Person / Time
Site: University of Missouri-Rolla
Issue date: 05/27/2016
From: Bonzer W
Missouri Univ of Science & Technology
To:
Document Control Desk, Office of Nuclear Reactor Regulation
References
Download: ML16162A168 (1)


Text

MISSOURI UNIVERSITY OF SCIENCE AND TECHNOLOGY May 27, 2016 ATTN: Document Control Desk US Nuclear Regulatory Commission Washington, DC 20555-0001 Formerly University of !Viissouri-Rol!a

Subject:

Response to NRC Generic Letter 2016-01:

Monitoring of Neutron-Absorbing Materials in Spent Fuel Pools for the Missouri S&T Reactor Facility, R-79, Docket 50-123. NRC: The Missouri University of Science & Technology Research Reactor does not have neutron absorbing materials in the fuel storage pool (FSP). Fuel elements are positioned in two racks each made of 6061 T6 Aluminum.

Each rack can hold one row of fifteen fuel elements with a distance of five inches between elements.

The entire fuel inventory can be contained in the FSP. r* .-.. ,*,, The:reaCtor core has the control rods maintaining a subcritical reactor while the reactor is shutdown and not being used. During the annual control rod inspection 50% of the reactor core's critical mass is moved to the FSP. One control rod is removed from the core, inspected into the reactor core prior to the removal and inspection of the next control rod. All fuel movements during this process are approved by the reactor manager and supervised by a Senior Reactor Operator.

  • -Please contact me at 573-341-4384 or webonzer@mst.edu if you have questions regarding this information.

I declare under penalty of perjury that the foregoing is true and correct.

Executed on .Sincerely, . : , ' ,; . "w. 11* ;_ ; . , . o .. *_ *.: .. ..,

William Bonzer Missouri S&T Reactor Manager License R-79 * ,; 1"' Docket 50-123 .. 1, .* . ! ' .. -*,, . *' .. 1.; ,(' ., ;* *.,'.*.J******

.. ' ... .** -.. r . i.L -*., -,._J . ,'"*:,_'

I! '!' ?" : .. *: '. *:* ...... ., 1 T: