ML091820323: Difference between revisions
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| issue date = 06/29/2009 | | issue date = 06/29/2009 | ||
| title = University of Massachusetts - Lowell, License Amendment Request to Increase in Uranium-235 Limit | | title = University of Massachusetts - Lowell, License Amendment Request to Increase in Uranium-235 Limit | ||
| author name = Kegel G | | author name = Kegel G | ||
| author affiliation = Univ of Massachusetts - Lowell | | author affiliation = Univ of Massachusetts - Lowell | ||
| addressee name = | | addressee name = | ||
| Line 12: | Line 12: | ||
| document type = Letter, License-Application for Facility Operating License (Amend/Renewal) DKT 50 | | document type = Letter, License-Application for Facility Operating License (Amend/Renewal) DKT 50 | ||
| page count = 2 | | page count = 2 | ||
| project = | |||
| stage = Request | |||
}} | }} | ||
=Text= | =Text= | ||
{{#Wiki_filter:Pinanski Building One University Avenue Lowell, Massachusetts 01854 tel: 978.934.3280 fax. 978.934.4067 e-mail: GunterKegel@uml.edu | {{#Wiki_filter:Pinanski Building Gunter H.R.Kegel, Ph.D. | ||
/9J University of Massachusetts UMASS Lowell RADIATION LABORATORY June 29, 2009 ATTN: Document Control Desk U.S. Nuclear Regulatory Commission Washington, DC 20555-0001 Re: SNM Limit, License No. R-125, Docket No. 50-223 The University of Massachusetts Lowell hereby requests an amendment to its Facility Operating License No. R-125. The requested amendment is for an increase in the Uranium-235 limit specified in paragraph 2.B.(2) of the license from 6 kilograms to 11 kilograms of Uranium-235 at enrichments equal to or less than 20% in the form of material test reactor (MTR) fuel.A detailed justification for this request is provided in the attached document.Please direct any requests for additional information regarding this submittal to: Mr. Leo Bobek, Reactor Supervisor Radiation Laboratory University of Massachusetts Lowell One University Avenue Lowell, MA 01854 I declare under penalty of perjury that the foregoing is true and correct.Sincerely, cxL | One University Avenue Director,RadiationLaboratogy Lowell, Massachusetts 01854 tel: 978.934.3280 fax. 978.934.4067 e-mail: GunterKegel@uml.edu | ||
('WPI) is in the process of decommissioning. | /9J University of Massachusetts UMASS Lowell RADIATION LABORATORY June 29, 2009 ATTN: Document Control Desk U.S. Nuclear Regulatory Commission Washington, DC 20555-0001 Re: SNM Limit, License No. R-125, Docket No. 50-223 The University of Massachusetts Lowell hereby requests an amendment to its Facility Operating License No. R-125. The requested amendment is for an increase in the Uranium-235 limit specified in paragraph 2.B.(2) of the license from 6 kilograms to 11 kilograms of Uranium-235 at enrichments equal to or less than 20% in the form of material test reactor (MTR) fuel. | ||
The WPI and the University of Massachusetts Lowell (UML) research reactors were both designed and manufactured by General Electric. | A detailed justification for this request is provided in the attached document. | ||
Both reactors use low-enriched uranium (<20% U-235) MTR-type flat plate fuel having the same physical dimensions. | Please direct any requests for additional information regarding this submittal to: | ||
The fuel elements used in the WPI reactor have a combined negligible bum-up of less than 0.2 gram U-235 resulting from a combined usage of less than 2% of 1 Megawatt Day (MWD).Currently, the fuel in the UML research reactor has an estimated useful life of approximately 120 MWD. A small number of unused elements stored on site will provide an additional estimated 60 MWD. Given a not unreasonable usage of 20 MWD per year, the current fuel inventory will last approximately 9 years. Usage of the WPI fuel could provide approximately another 150 MWD of operation. | Mr. Leo Bobek, Reactor Supervisor Radiation Laboratory University of Massachusetts Lowell One University Avenue Lowell, MA 01854 I declare under penalty of perjury that the foregoing is true and correct. | ||
There are slight differences in the material composition and U-235 loading between the WPI and UJML fuels. The WPI fuel elements consist of 18 plates having a U-Al, fuel matrix with approximately 170 grams of U-235 per element. The UML fuel consists of 16 plates having a | Sincerely, LAACA cxL P Gunter H. R. Kegel Director, Radiation Laboratory Cc: Ms. Cindy Montgomery NRR/ADRO USNRC A cam | ||
This capacity exceeds that required for both the existing on-site fuel and the WPI fuel.Security The storage is located within the designated areas of the control access area as described in the Physical Security Plan for Protection of Special Nuclear Material of Moderate Strategic Significance at the University of Massachusetts Lowell Research Reactor (Rev. 5). The security systems, plans and procedures as described in the aforementioned plan meet or exceed the | Information Related to the Increased SNM Limit Amendment Facility Operating License No. R-125 University of Massachusetts Lowell Docket No. 50-223 Overview The 10 kW research reactor at Worcester Polytechnic Institute ('WPI) is in the process of decommissioning. The WPI and the University of Massachusetts Lowell (UML) research reactors were both designed and manufactured by General Electric. Both reactors use low-enriched uranium (<20% U-235) MTR-type flat plate fuel having the same physical dimensions. | ||
The fuel elements used in the WPI reactor have a combined negligible bum-up of less than 0.2 gram U-235 resulting from a combined usage of less than 2% of 1 Megawatt Day (MWD). | |||
Currently, the fuel in the UML research reactor has an estimated useful life of approximately 120 MWD. A small number of unused elements stored on site will provide an additional estimated 60 MWD. Given a not unreasonable usage of 20 MWD per year, the current fuel inventory will last approximately 9 years. Usage of the WPI fuel could provide approximately another 150 MWD of operation. | |||
There are slight differences in the material composition and U-235 loading between the WPI and UJML fuels. The WPI fuel elements consist of 18 plates having a U-Al, fuel matrix with approximately 170 grams of U-235 per element. The UML fuel consists of 16 plates having a U3Si 2-Al fuel matrix with approximately 200 grams of U-235 per element. Thus, the WPI fuel is slightly less reactive than the UML fuel. Nonetheless, usage of the WPI fuel would provide a low-cost solution to the long-term fuel needs of the UML research reactor. | |||
Storage Fuel storage at the UML research reactor is described in the UMLRR Final Safety Analysis Report (1984) section 6.1 and as evaluated in section 9.1 of NUREG-1 139 (SER Related to the Renewal of the Operating License for the Training and Research Reactor at the University of Lowell - November 1985) and as evaluated in section 2.4 of the safety evaluation for facility license R-125, amendment 12. In summary, the UMLRR has a safe and secure storage capacity for 72 MTR-type flat plate fuel elements. This capacity exceeds that required for both the existing on-site fuel and the WPI fuel. | |||
Security The storage is located within the designated areas of the control access area as described in the Physical Security Plan for Protection of Special Nuclear Material of Moderate Strategic Significance at the University of Massachusetts Lowell Research Reactor (Rev. 5). The security systems, plans and procedures as described in the aforementioned plan meet or exceed the 10CFR 73.67 requirements for SNM quantities of moderate strategic significance. | |||
Usage The Technical Specifications for Facility License R-125 (Section 5.1) do not permit the use of the WPI fuel in the UML reactor. A supplemental safety analysis will be performed and then submitted along with license amendment request to allow use the WPI fuel in the UML reactor.}} | Usage The Technical Specifications for Facility License R-125 (Section 5.1) do not permit the use of the WPI fuel in the UML reactor. A supplemental safety analysis will be performed and then submitted along with license amendment request to allow use the WPI fuel in the UML reactor.}} | ||
Latest revision as of 04:27, 14 November 2019
| ML091820323 | |
| Person / Time | |
|---|---|
| Site: | University of Lowell |
| Issue date: | 06/29/2009 |
| From: | Kegel G Univ of Massachusetts - Lowell |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| Download: ML091820323 (2) | |
Text
Pinanski Building Gunter H.R.Kegel, Ph.D.
One University Avenue Director,RadiationLaboratogy Lowell, Massachusetts 01854 tel: 978.934.3280 fax. 978.934.4067 e-mail: GunterKegel@uml.edu
/9J University of Massachusetts UMASS Lowell RADIATION LABORATORY June 29, 2009 ATTN: Document Control Desk U.S. Nuclear Regulatory Commission Washington, DC 20555-0001 Re: SNM Limit, License No. R-125, Docket No. 50-223 The University of Massachusetts Lowell hereby requests an amendment to its Facility Operating License No. R-125. The requested amendment is for an increase in the Uranium-235 limit specified in paragraph 2.B.(2) of the license from 6 kilograms to 11 kilograms of Uranium-235 at enrichments equal to or less than 20% in the form of material test reactor (MTR) fuel.
A detailed justification for this request is provided in the attached document.
Please direct any requests for additional information regarding this submittal to:
Mr. Leo Bobek, Reactor Supervisor Radiation Laboratory University of Massachusetts Lowell One University Avenue Lowell, MA 01854 I declare under penalty of perjury that the foregoing is true and correct.
Sincerely, LAACA cxL P Gunter H. R. Kegel Director, Radiation Laboratory Cc: Ms. Cindy Montgomery NRR/ADRO USNRC A cam
Information Related to the Increased SNM Limit Amendment Facility Operating License No. R-125 University of Massachusetts Lowell Docket No. 50-223 Overview The 10 kW research reactor at Worcester Polytechnic Institute ('WPI) is in the process of decommissioning. The WPI and the University of Massachusetts Lowell (UML) research reactors were both designed and manufactured by General Electric. Both reactors use low-enriched uranium (<20% U-235) MTR-type flat plate fuel having the same physical dimensions.
The fuel elements used in the WPI reactor have a combined negligible bum-up of less than 0.2 gram U-235 resulting from a combined usage of less than 2% of 1 Megawatt Day (MWD).
Currently, the fuel in the UML research reactor has an estimated useful life of approximately 120 MWD. A small number of unused elements stored on site will provide an additional estimated 60 MWD. Given a not unreasonable usage of 20 MWD per year, the current fuel inventory will last approximately 9 years. Usage of the WPI fuel could provide approximately another 150 MWD of operation.
There are slight differences in the material composition and U-235 loading between the WPI and UJML fuels. The WPI fuel elements consist of 18 plates having a U-Al, fuel matrix with approximately 170 grams of U-235 per element. The UML fuel consists of 16 plates having a U3Si 2-Al fuel matrix with approximately 200 grams of U-235 per element. Thus, the WPI fuel is slightly less reactive than the UML fuel. Nonetheless, usage of the WPI fuel would provide a low-cost solution to the long-term fuel needs of the UML research reactor.
Storage Fuel storage at the UML research reactor is described in the UMLRR Final Safety Analysis Report (1984) section 6.1 and as evaluated in section 9.1 of NUREG-1 139 (SER Related to the Renewal of the Operating License for the Training and Research Reactor at the University of Lowell - November 1985) and as evaluated in section 2.4 of the safety evaluation for facility license R-125, amendment 12. In summary, the UMLRR has a safe and secure storage capacity for 72 MTR-type flat plate fuel elements. This capacity exceeds that required for both the existing on-site fuel and the WPI fuel.
Security The storage is located within the designated areas of the control access area as described in the Physical Security Plan for Protection of Special Nuclear Material of Moderate Strategic Significance at the University of Massachusetts Lowell Research Reactor (Rev. 5). The security systems, plans and procedures as described in the aforementioned plan meet or exceed the 10CFR 73.67 requirements for SNM quantities of moderate strategic significance.
Usage The Technical Specifications for Facility License R-125 (Section 5.1) do not permit the use of the WPI fuel in the UML reactor. A supplemental safety analysis will be performed and then submitted along with license amendment request to allow use the WPI fuel in the UML reactor.