Kokou D. ADJALLÉ) - INRS

LISTE DES FIGURES
CHAPITRE 1.
FIGURE 1. Ce u.urs, sPoREs ET cRIsTAux pRoTÉIQues INSECTICIDES DE BACILLUS THURINGIENSIS vAR. KURSTAKI. M|cnoscOp|r À
coNTRAsrE o'ilrreRpÉRENce orrrÉne rureu-e (X1500). lune e uoorçrÉE AVEC LE LoGrcrEL ADoBE PHorosHop DE ADoDE
FTGURE 2. RÉsutvtÉ DU MoDE o'acnoru DEs cRtsrAux or pRotÉtnrs DE 8T............. ........................ 12
FIGURE 3. ScIÉun RÉcnpruLmr DU PLAN
CHAPITRE 2, PARTIE I
Fte 2. VnRlenoN oF TURBtDtry, cEtls AND vtABLE spoREs tN THE RETENTATE oF soyA sEMt-syNTHETlc MED|UM AT AN opÏMAL VALUE
oF TRANsMEMBRANE pREssuRE (193 rPn) ........................... 95
FIG 3. MAss BALANCE oF SUSPENDED soLIDs FoR DIFFERENT SUPERNATANTS OF BT FERMENTED CENTRIFUGÊD UEon aTTTR UF
(Pencerureee oF MAss oF THE suspENDED MATTER tN THE RETENTATE AND IERMEATE wERE coMpARED To rHE MAss oF
suspENDED MATTER rN THE supERNATANTs oF vARrous uron)...... ............... 96
FIG 4. PRoFILES oF TURBrDtry rN SUPERNATANT, RETENTATE AND PERMEATE oF DTFFERENT MED|A............ ................97
FtG 5. ANALysts oF REsuLTs oF cENTRtFUGATIoN AND ULTRAFtLTmÏoru (sutvilvtARy oF CENTR|FUGAT|oN AND ULTRAF|LTRAT|oN oF
CHAPITRE 2, PARTTE II
FrG. L. CoNCENTRATToN oF vTABLE spoREs rN THE RETENTATE oF soyA, SlW, TH AND NH rN REIATToN To rHE FEED rlux.............. 126
FIG. 2. CoNCENTRATIoN oF VTABLE sPoREs IN THE RETENTATE oF SIW AND TH IN RELATIoN To TRANSMEMBRANE PRESSURE oF
FIG. 3. VARIATIoN oF PERMEATE FLUX AND Loss oN THE MEMBRANE oF TOTAL SOLIDS SIW AND TH VERSUS VOLUMT Or penruenre .128
FIG. 4. VARIATIoN oF LossEs oF SoLUBLE PRoTEINS AND VIABLE sPoREs OF TH AND SIW oN THE MEMBRANE VERSUS THE VOLUME OF
Fre . 5. Venrlrrom or (r-rS)/(V-VS) vERsus voLUME oF eERMEATE DURTNG FTLTRaTToN or 2 nru 4 LrrERs oF SUIERNATANT. n) casr or
slw (aL); e) cnsr or TH (aL); c) cAsE SIW (21) ano o)cesr TH (21). ............. ............. 130
CHAPITRE 3, PARTIE I
FtG.1. ABsoRBANcE pRoFrLEs oF suspENsroNs oF soyA, srARcH rNDUsrRy wASTEWATER (SlW), HyDRoLyzED SLUDGE (TH), ltto trtol.t-
HyDRoLyzED sLuoe e (NH) rN rHE UV REGroN. .................... 169
Ftc. 2. UV ABsoRBANcE (rr'r orstrllso waren) enorrns oF ucNosulFourc acro (LSA), p-AMrNoBENzorc AcrD (PABA), euo
FtG. 3. ENToMoroxrcrry HALF-LtvEs oF BT AT vARrous coNcENTRATroNs oF sELEcTED UV scREENs (r-lvttt'to BENzorc AcID-PABA,
MoLAssEs-M AND LrGNosuLFoNrc ACID-LSA) or orrrenrnr BT FERMENTED ueon: (n) srARcH rNDusrnv wnsrrwarrn; (e)
sovn; (c) HyDRoLyzED sluoe e ; (o) NoN HyDRoLyzED sLUDGE...... ...............t7t
CHAPITRE 4
Frc.2a. REspoNsE suRFAcE oF vrABrE spoREs oBTATNED By vARyrNG FEED FLow (X1) mre AND Hor ArR FLow RATE (X2) nruo KEEnING
INLEr rEMpERArune (X3) AND ArR AroMrzAroN pREssunr (X4) cotusrenr (cnse oF SIW)......... ...............232
FtG. 28. REspoNsE suRFAcE oF vTABLE spoREs oBTATNED By vARyrNG THE INLET TEMeERATURE (X3) aruo run lroMrzATroN pREssuRE
(X4) nruo KEEITNG FEED FLow (X1) nuo Hor ArR FLow RArE (X2) corusrnrur (cnsr or SIW). ..................... 233
FtG 3A. REspoNsE suRFAcE oF vtABLE spoREs oBTATNED By vARyrNG rEED FLow (X1) nnre aruo HorArR FLow RATE (X2) euo KEEPTNG
rNLErrEMpERArunr (X3) nno arR AroMrzAroN pREssuRE (X4) coNsrANr (cese or TH)... ....................... 234
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