PIT 13: One each 1,800 Ci Co-60 source sealed in a lead and steel burial cask encapsulated in two truckloads of concrete; one each 98 uCi Ra-226 source, one each 1.3 uCi Ra-226 source, two each 5.0 uCi Ra-226 sources, and one each 1.0 uCi Ra-226 source encapsulated in concrete-filled A/N can

PIT 14: One each sealed 5.0 uCi Po-210 source and source holder; one each sealed 1.0 uCi Po-210 source; miscellaneous uranium and beryllium waste; "Cypress" test debris from NTS: DU-contaminated vacuum cleaner; 3 Ci tritium water: 100 mCi tritium
oxide: Pu-238, Po-210, and tritium-contaminated miscellaneous operational and lab waste; tritium-contaminated pumps and valves; Pu-238 contaminated air sampler; neutron generator tubes; a large weapon shell (18 megaton WW2 vintage); DU-
contaminated weaoons comoonents: 178 ka DU.

PIT 15: One each 102.1 ~Ci Ra-226/Be source and one each 5.5 ~Ci source in a encapsulated in concrete-filled 55-gallon drum; fume hood filters and filter housings; reactor fuel element ends (5 rem/hr on contact); "Cypress" test debris from NTS; neutron generator tubes and targets; DU-contaminated weapons components; Pershing missile debris; 167 kg DU; 49 grams U-235; 30 Ci tritium

PIT 16: One each sealed 2.5 Ci Co-60 source encaosulated in a concrete-filled lead cask; two each nonfunctional 1.5 mCi Ra-226 ionization alphatron gauges encapsulated in a concrete-filled A/N can; 9 each Ba-133 reactor bolts; 2 each 52 Ci Co-60 pencils encapsulated in a lead-lined concrete-filled 55-gallon drum; 2 each 10.0 uCi Ra-226/Be sources in lead container encapsulatedin a concrete-filled 5-gallon A/N can; one each 1,000 Ci Co-60 source encapsulated in a lead-lined, concrete-filled 55-gallon drum; ionization chambers and current regulators; one each 0.8 mCi Kr-85 source encapsulated in a concrete-filled A/N can; one each 40 mCi Am-241 source encapsulated in a concrete-filled A/N can; one each 18.9 Ci Kr-85 nuclear battery in a steel tube encapsulated in concrete-filled A/N can: reactor control rod guides encapsulated in a lead-lined, concrete-filled A/N can (50 rem/hr on contact); thorium metal scrap; one each Sb-124 source projectile (10 rem/hr on contact); 20 each 5.0 uCi Ra-226/Be sources in lead container encapsulated in concrete-filled A/N can; 2 kg thorium oxide: 2,390 kg DU; 75 Ci tritium.