KE Basin underwater visual fuel survey

Abstract

Enter the individual's-. tith o f thc agrrirotbn. or entity 1e.e.. Dbtributbn) that the ED1 b king t~s m m a d m. e Enter the titi. of the organizdon o & i i ud tmanitthg tho EDT. 0 Enter EDTnumbrn which ml.t. m t h~ dd. b e i i truumtmd. EntertheRoi.ctlRogRmlD.putrmm/Divhbntt&orRDWRDOnm~orRol.ct Number. Work Ordrr Numb.r or OrgMizrthn Code. 6 Enter the nun of the individual id~ntifrsd u baing napondbh for wordh.tin(l dbporItbn o f the EDT. a Ent.r mlatad Rrsh.u O r d u (P.O.) Numkr. If adabk. e Enter sp.ci.l or additional w-ntn wnarning tnnsminrl. or 'by' m v d woda may bm entend. e Enter equipnnntlcomponent number o f affected item. If sppropdit.. 0 Enur spplicabb s y M m , b u i l d i i or f.cility nuder. If appropriate. Enter spacial or additbnal comments concsming transmind. 0 Enter applicable drawing numbar of major ssrsmbly, if appropriate. Enter applicabla psrmit or permit application number. If appropriate. 8 Enter t h~ dam a n r p o n w is nqu*bd from individuals idantifid in Bbck 17 (SignatumlDist~iburionl. @ Enter sequential numbor, beginning with 1, of the information Gstad on EDT. Enter the unique identification number assigned to tha document or drawing being trsnsmined. e Enter the sheet number of tha information baing transmittad. If no h t number. kaw blank. 0 Enter the revision number of the Information baing transmitted. tf no revision number, have blonk. Enter the title of the document or drawing or a b h f doauiption of 'tha subject if no titi. is identilid. 8 Enter the appropriate Approval Dssignator (Block 151. Also, M i a t e the appropriate approvals for each item listed. i .e., Sa. ESQ, etc. Enter the appropriate cod. to idantify ch. purpow of the data transmirul lame Bbck 18). 0 Enter the appropriate disposition code bee Block 161. @ Enter t h~ appropriate disposition coda 1. w Block 161. Numbor codes used in completion of Blacks 15 (GI, IH), and 11). and 17 (GI, IH) ISignatumlOistribution). 0 Enter the code of the mrwn for trunrmi-ltal (Block 16). e Enter the code forthe disposition IBbck 161. Enter the rignoturn of the individual comphtinp the Disposition 17 (H) and the Transdttd. @ Obtain appropriate ~ignatura(s1. 0 Enter dote signoturo u obtained. Enter MSIN. Noto: If DlroibvDbn Sheat h uwd. show entire dlmibutbn ltncludlng that indicated on Page 1 of tha EDTl on the D i d b u t i o n Sheet. 0 Enter the signature and date of the individual otiginating the EDT lentemd p r b r to transmittal t o Receiving Organb+tionl. tf the EDT originator is the cognbont engineer, sign both Blocks 17 ond 18. 0 Enter the signature and dote of the i d e n t i f d by the Receiving Orgmkation a~ authorized t o oppmw disporirion of the EDT and acceptonce of tho date trMtmittEd, as applicable. 0 Enter the signature and dote of the cognizant manager. (This 8 i g M t w is authorhation for mleose.] e Enter DOE opprovol (If mquired) by signature or conpol r~umbsrthatmcks the approval to a signaturn, ond indicate DOE action.-Astarirk denote the mquimd minimum itoms check by Configurntion Documentdon pMr to mb...

Evaluation of Ion Exchange Materials in K Basin Floor Sludge and Potential Solvents for PCB Extraction from Ion Exchange Materials

“…Such beads were also noted lodged on top of spent fuel in KE near where beads were found on the KE Basin floor (Pitner 1995). As discussed above, K Basin records point to the use of mixed bed ion exchangers, in particular, Purolite NRW-37 Nuclear Oracle Mixed Bed Resin.…”

Estimates of Particulate Mass in Multi Canister Overpacks (MCO)

“…Particulate locations are defined based on available characterization data (Jensen 1998;Marschman 1997a and1997b), visual examinations (Pitner 1995(Pitner ,1996(Pitner , 1997a(Pitner , 1997b(Pitner , 1997c(Pitner , 1998, and fuel geometry (Praga 1998). Particulate locations considered for this analysis are in two categories: 1) films or coatings; and, 2) particulate material existing on and within the fuel assemblies.…”

Spent Nuclear Fuel (SNF) surface area estimates for N Reactor fuel in the K-East Basin

“…A recent underwater video inspection of the N-Reactor fuel provides the basis for visually estimating the exposed reactive uranium area in the K-East pool (Pitner 1995). Pitner estimates that 42% of the outer elements and 27% of the inner elements are corroded to the point that cladding breaches are detectable.…”