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CONTRIBUTORS TO DRAFTING AND REVIEWBrandao, L.E.B.Brisset, P.Chmielewski, A.Instituto de Engenharia Nuclear, Cidado Universitaria,Rio de Janeiro, BrazilDIMRI-LIST, CEN-Saclay, FranceDepartment of Nuclear Methods of Process Engineering,Institute of Nuclear Chemistry and TechnologyWarsaw, PolandGenders, S. FORCE Technologies ,Copenhagen, DenmarkGriffith, J.M.Jin, J-H.Khan, I. H.Kjellstrand R.Palige, J.Pandit, A.Pant, H. J.Sung-Hee JungThereska, J.Instituto Cubano de Investigaciones Azucareras (ICINAZ)Departamento de Tecnicas Nucleares,Havana, CubaInternational Atomic Energy AgencyPakistan Institute of Nuclear Science and Technology (PINSTECH)Radiation and Isotope Applications Division (RIAD)Islamabad, PakistanDepartment of Chemical Reaction Engineering,Chalmers University of Technology, Göteborg, SwedenDepartment of Nuclear Methods of Process Engineering,Institute of Nuclear Chemistry and TechnologyWarsaw, PolandUniversity Institute of Chemical Technology (UICT),Mumbai, IndiaBhabha Atomic Research Centre,Mumbai , IndiaRadiotracer Project,Korea Atomic Energy Research Institute (KAERI)Daejon, Republic of KoreaInstitute of Nuclear Physics,Tirana, Albania93
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Radiotracer Applications inWastewat
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The following States are Members of
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TRAINING COURSE SERIES No. 49RADIOT
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EDITORIAL NOTEThe use of particular
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PRACTICAL RECOMMENDATIONS .........
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The success of radiotracer applicat
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skimmed out. Flotation, as currentl
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1.3.3. Primary clarifiersA clarifie
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esidence times of phases, mixing ch
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FIG.8. Secondary clarifier: periphe
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processes that occur in natural env
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The RTD and MRT are parameters that
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(b) Perfect mixers in series modelA
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and practically it has better sense
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The experimental RTD curve gives ma
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FIG.18. Experimental and CFD calcul
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Optical tracers can be divided in t
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Table 1b. Liquid tracers.- Field of
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TABLE 2. SOME WATER RADIOTRACERSIso
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The detection efficiency (ϕ) is de
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Since on-line radiotracer technique
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source. The dose received is direct
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4. CASE STUDIESWastewater from indu
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FIG.26. Scheme of equalizer-clarifi
Page 50 and 51: FIG.29. Exp. RTD of S2 and S3 jet m
Page 52 and 53: FIG.33. Experimental RTD curves mea
Page 54 and 55: 1. Radiotracer testsRadiotracer Br-
Page 56 and 57: 4.00E-033.50E-03ExperimentalModel3.
Page 58 and 59: 3. Conclusions• The aeration tank
Page 60 and 61: FIG.50. Experimental response curve
Page 62 and 63: 4.8. DIAGNOSIS OF A CYLINDRICAL TWO
Page 64 and 65: FIG.56. RTD simulation for experime
Page 66 and 67: The radiotracer was chosen to trace
Page 68 and 69: (a) D1 - D3 (b) D1 - D4(c) D1 - D6
Page 70 and 71: (d) ConclusionsThe diagnosis of dig
Page 72 and 73: • average gamma energy of 400 keV
Page 74 and 75: To estimate the MRT of the mud insi
Page 76 and 77: FIG.71. Experimental RTD curve and
Page 78 and 79: FIG.75. Biological aeration tank.FI
Page 80 and 81: 4.12.2. Radiotracer experiment(a) L
Page 82 and 83: FIG.80. The experimental RTD curve
Page 84 and 85: FIG.84. Experimental RTD curve of l
Page 86 and 87: FIG.88. Characteristic curves of se
Page 88 and 89: tracer background level detection.
Page 90 and 91: As seen from Fig. 94, the tanks-in-
Page 92 and 93: FIG.99. Experimental RTD curves wit
Page 94: The experimental RTD curves obtaine
Page 98: BIBLIOGRAPHYBORROTO J.I., DOMINGUEZ
Page 105 and 106: 11-21121
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