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Distribution / r* From: Date: Subjact: R. A. Frohralch February 13* 1986 AMS EMERGENCY KILL SYSTEM OPERATION MANUAL A Attached la an updatad copy of tha AMS Enargancy Kill Systaa Oparatlns Manual. Plaaaa daatroy tha Saptanbar 1, 1981 laaua and raplaca It with this updatad copy. R. A. Frohralch Dlractor Of Environmental Control rah k.' ccs JFt JWWf AjpPf CWT# MLN* RAC* DFJ* BFH* BK* ALR, CSS* JLH* VEM* VLT* SCH. FGJ, KMB* JGC VAB.0001105120 A OPERATING MANUAL AMS EMERGENCY KILL SYSTEM * ABBtDCTIt FTC PLAHT UPDATED PBBSDAKT 13, 1986 VAB.0001105121 A TABLE OB CONTENTS OPERATING MANUAL AMS EMERGENCY KILL SYSTEM ABERDEEN PVC PLANT Pag* No. I. INTRODUCTION.............................................................................1 j A* PURPOSE......................................... 1 B. OPERATOR RESPONSIBILITIES.........................................1 C. PROCESS INPORMATION................................................... 1 II. GENERAL PROCESS DESCRIPTION........................................... 2 III. SAFETY......................................................................................... 5 IV. OPERATING PROCEDURES ....................................................... 7 t* i - A. WHEN TO USE . ."...................................................... 7 * B. HOW TO USE ...............................................................8 C. NORMAL OPERATION............................................................U D. TESTING PROCEDURE....................................................... 13 V. APPENDIX......................................................................................16 VI. P & I DIAGRAMS...................... 18 * VAB.0001105122 tr I. INTRODUCTION A* PurpoM *. The purpose of the AMS Emergency Rill System is to in- Increase the reliability and effectiveness of equipment and procedures used to safely and quickly stop the poly merization reaction In the reactors. Stopping the reaction prevents excessive pressure buildup which can cause emergency releases through the reactor relief valves. This system allows any or all reactors to be shut down In an orderly and safe Manner. This manual describes the system and the operator's responsibilities for operating and maintaining the system. B. Operator Responsibilities The operator Is responsible for producing quality pro ducts in a safe and efficient manner. He fulfills his responsibilities by knowing the following: 1. Understanding how his equipment functions. 2. Understanding what role each piece of equipment plays In the process. 3. Keeping a dose and regular check on equipment. 4. Knowing how to spot malfunctions and correct them. 5. Keeping his area of responsibility safe and clean. 6. Keeping complete and accurate records. C. Process Information The polymerization reaction of VCM to form PVC gives off heat and accelerates as temperature increases. It Is therefore necessary to remove the heat of reaction with cooling water In the reactor jacket and condenser. A VAB.0001105123 l HT I. INTRODUCTION - Continued i* C. Proctu Information - continued Reactor agitation le also required to maintain uniform reactor m***g and efficient heat removal. n If reactor cooling and/or agitation Is loot, the poly merization reaction must be stopped. Failure to do so will result in a runaway reaction with increasing temp erature and pressure. The reactor pressure would in crease until the rupture disc/safety valve assemblies would vent the reactor contents to the atmosphere. s' The AMS Emergency Kill System provides the capability of injecting up to 25 gallons of AMS into each of the large reactors and up tb 60 gallons into the expansion reactors. This can be done either remotely from the control room or manually at the reactor top manway plat form. AMS can be Injected into'a reactor as soon as 1 agitation is lost to take advantage of mixing caused by residual swirling motion. Maintaining cooling water flow after loss of agitation will also help mixing by refluxing In addition to removing heat of reaction. II. GENERAL PROCESS DESCRIPTION Refer to the attached P & I diagrams for the complete system layout for each reactor area. Emergency kill injection pots are provided at grade level for each reactor. All Injection pots are to be maintained at 250 to 275 psig pressure using high pressure nitrogen cylinders. A separate nitrogen -2- A VAB.0001105124 t II. GEHERAL PROCESS PESCRIPTIOH - Continued cylinder and spare ere provided for eech Injection pot. A locel AMS level gauge and e preeeure geuge ere provided on eech pot In eddltlon to e board-aounted low preeeure alara end e low level alara. The A operetor le to check the eppropriete Injection pot 'N level end preeeure before etertlng eech reactor charge eequence Killing egent cen be Injected Into the reector either reaotely by the lend operetor or locally by the A operetor. KOraally* the emergency kill eyetea le ectlveted from the boerd to ainlalse tine end aaxlnlee nixing. One evltch for eech reector operatee autoaetlc double block velvee et the reector top aemrey level. Piecing the evltch In autonatlc node opene the velvee end ellowe e low level evltch in the Injection pot to doee the velvee. Piecing the evltch In the noaentary--contact aenuel node eleo opene the velvee but the velvee doee when the evltch le releeeed. Eech injection pot low level evltch eleo actlvetee a local light at the aenuel Injection point at the reactor top envoy level. The autonatlc doeure of the reaote in jection velvee and the local law level Indicator light are provided to prevent nitrogen froa being injected into the reactor, blanketing the condeneer and reducing cooling efficiency. A VAB.0001105125 II. flgnti. PROCESS PI8CKIPTI0H - Continued * + An emergency injection header It provided at tha raactor A top head level in aach raactor module. Tha haadar allova any Injection pot to ba uaad to kill any raactor in tha module or to inject additional killing agant If naadad. Tha procadora raqulrat tvo hoaaa, ona to connact tha lnjactlon pot to tha haadar, and ona to connact tha haadar to tha raactor. Killing agant can than Injactad locally by tha A oparator or remotely by tha laad oparator. It should ba notad that whan tha emergency lnjactlon haadar la usad, tha lnjactlon pot lov laval switch will nalthar automatically closa tha remote lnjactlon valvas nor light tha appropriata local Indicator light. Caution should ba takan to prevent r charging nltrogan Into tha raactor whan using tha a haadar i Tha remote lnjactlon automatic valvas ara oparatad by nltrogan suppllad by a high prassura nltrogan cyllndar and spara. A board-mounted lov prassura alarm Is provldad for aach araa to alert tha board oparator whan tha cyllndar In use has dropped below 600 pslg. A cyllndar with lass than 600 pslg prassura doas not contain enough nltrogan to oparata tha control valvas and Is to Immediately changed out with a full cylinder. * VAB.0001105126 1 III. SAFETY The operation of tha emergency kill ayatan m ant any extr hazardous situations. In fact, its main purpose is to reduce the potential for having hazardous situations in the reactor area. However, some potential hazards are present and precautions should be taken to prevent serious Incidents. A. The killing agent AMS has been In use for sons tlae in the plant and the operators are already familiar with the corresponding safety hazards and proper handling procedures. The attached vendor literature describes chemical properties and safe handling procedures. It should be emphasized that 4 4 AMS is highly reactive in the presence of the peroxide Initiators used in the plant. AMS AMP INITIATOR SHOULD NEVER BE MIXED UNDER ANT CIR CUMSTANCES. B. The AMS injection pots are to be maintained at 250 to 275 pslg by high pressure nitrogen cylinders. Due caution should be exercised in the handling of nitrogen cylinders. Operators should avoid damaging the outlet valves on these cylinders. The AMS in jection pots will contain AMS at 250 to 275 pslg pressure, so proper safety precautions should be taken while working with or near these vessels. An injection pot oust be depressurized before the block valve on the AMS fill line is opened. A -5- VAB.0001105127 *r< ............. ......... --f III. SAFETY - Continued 1 The nitrogen supply to the pot wist be turned off et the pot prior to Venting the pot. The pots ere only to be vented through the bleed velve on che pressure geuge/pressure switch piping on the top of the pots. A C. The rupture disk end relief assembly on each inj ection pot is set to relieve at 400 pslg9 the vessel design pressure. Since the nitrogen bottle regulator nay occasionally leak through, a potential ' b. exists for overpressuring an Injection pot and causing the rupture disk to burst Even if the k killing agent didn't spray out when the relief devices opened, It is probable the relief valve would not conpletely reseat and the nitrogen bottle would slowly depressure through the pot end relief valve to atmosphere. The outside operator is to routinely check injection pot pressures to*insure it is neither too low nor too high. D. The AMS killing agent is a volatile hydrocarbon9 and thus fire and explosions are theoretically possible. Precautions are to be taken to prevent spills and i excessive accunulatlon of flinwible vapors. E. Since the Injection pots are connected to the reactors9 a potential exists for backing VCM into the pots. This poses no serious immediate problem since the AMS would kill any reaction that was occurring. However, It could present an exposure problem later when the injection pot is opened. -6- VAB.0001105128 III. SAFETY * Continued The injection pot* are to bo maintained at 250 to a OK ft*-. 275 psig pressure except whoa raftiling. F. Finally, operator* aro to kaap in nind that thi* system will bo used whan the plant is in an upset condition, l.a., power failure, loss of cooling water, reactor runaway, etc. It Is critical that e this system operate properly in such an emergency. System maintenance and operator familiarity with this system are equally Important factors for ensuring the dependability of this system. w iv. nmATna nocamts i A. Whan To Cm The emergency kill system is to be used under the following circumstances: 1. If there Is a power failure. f 2. Extended loss of cooling water to a reactor in polymerisation mode. 3. Extended loss of agitation to a reactor in polymerization mode. When agitation is lost, it is important to kill the reaction as soon t as possible. The reactor contents will con tinue to swirl for about four minutes after agitator shutdown, and AMS injection during this period is much more effective. A VAB.0001105129 ^ hihi i 11 11 ii | i i i ipwpmmf fpnnp rt ll nnpiPIPVff|fftWI*W4fVIHm^i>>li<4iii|<ml<^ll*P<'!l9l^19i^r:rmiP||T<CfClfWWV VPI mmpir nuiipM|imTfwvv*rTVT**mfVfWTn***fVfVfvivivvw'vw'tvv'ffn*^*ffTv^mfff*f*f*ffff*mfwir wnaanvmrtpfwpw ji S-4-S T-C^ oj- iszfver ~7kju^d) i^n I [ i i i i i \ VAB.0001105130 WtHMW 4 m IT. OPEKATIMC PtOCBOTH - Contlnu.d 4. A nmway reaction with increasing temperature and praaaura which la not raapondlng to snail AMS lnjactlona (short stop) froa tha Initiator charga pot. * 5. Any othar clrcunstanca consldarad by tha oparator to rapraaant a significant chanca of ovar prassuring tha raactor or affactlng safa * operation of tha plant. 6. If for any reason tha reactor teaperature or pressure roaches the following: a. 5305 A 5265 155 pslg 160** b. All other resin types 145 pslg B. How To Use 142*F 1. Tha Lead Oparator Is to depress the manual AMS emergency kill button and keep It depressed for r two seconds after to open light comas on: This opens both remote operated valves and AMS la Injected Into the reactor. Both valves close when the button la released stopping the addition of AMS into the reactor. 2. Tha Shift Supervisor or Chief Lead will then check the local level gauge on the AMS In jection port to confirm AMS was added to the reactor and he will also determine the number r of inches of AMS added from the ruler on the injection pot. A iRimiipuii|ipiieemiipipiiePtfniTTmiinmim|i>*vvvr*w*ivnnmii* MipMa ............................. f a VAB.0001105131 IV. OPERATING PROCEDURES - Continued B. How To Use - continued 3. In cast of a powar failure, tha Lead Operator .. u la to kill reactors In the following order and all must be killed within two minutes* a. 5263 or 5305 batches b. Reactors which are near pressure drop c. Reactor just reaching end of heat up d* Remaining reactors . 4* After AMS Injection, the Lead Operator will closely monitor the reactor temperature and pressure and will add additional AMS per step 1 If the Initial injection does not kill the t reaction* i 5. If the remote operated injection system falls to work, the A Operator Is to manually inject AMS into the reactor by opening the two manual valves on the manual AMS injection line at the reactor head level* 6* If all the AMS in the injection pot is added to the reactor and more AMS is required to stop the reaction, the emergency Injection header Is to be used* This header allows AMS which is contained in any of the other reactor injection pots to be added to the reactor which is being killed * To use this header, the A Operator connects one hose from a full and pressurized injection pot to the header and a second hose & from the header to the reactor being killed. -9- h VAB.0001105132 IV. OPERATING PROCEDURES - Continued m * t- Additional AMS Injection can than procaad T " ^ eithar locally or remotely fro* tha control rooiK. Caution Is to ba takan whan ualng tha haadar system aInca tha injaction pot low laval switch shut off faatura will not work In this situation and nltrogan nay antar tha raactor t 7. If axcass nltrogan doas antar tha raactor tha condanaar Is to ba vantad to tha racovary systan. 8. As soon as possihla aftar AMS Injection* tha A Oparator la. to raflll tha AMS lnjaction pot by tha following procadura: a. Closa tha block valve on tha nltrogan supply llna at tha pot. b. Daprassura tha pot through tha prassura gauga vant valva. c. Raflll tha pot with AMS from tha 55 gallon drun using tha air-operated drun pump. d. Closa and plug tha prassura gauga vant valva a. Prassura tha lnjaction pot to 250 to 275 pslg with tha nltrogan supply systan. f Radio coasunicatlon batwaan parsonnal In tha flald and tha Laad Oparator Is to ba malntainad at all times. Tha A Oparator Is to Inform tha Laad Oparator how tha system Is operating and what Is balng dona A * VAB.0001105133 T Ir IT. 0PE8ATING PROCBDOKBS - Continu.d In the fitId. The Lead Operator la to kaap the A Operator informed of reactor preeeure and of any apparent need for additional AMS injection* C. Normal Operation 1* A reactor is not to be charged unleee ite AMS injection syatem la In proper operating condition. It la the reeponalbllity of the A Operator to check thla in the field and notify the lead operator who will record the informa- * tlon on the batch aheet prior to each reactor charge. The following items are to be checked immediately before each charge: a. The AMS level In the Injection pot la to be at or above a seven-inch outage. The actual outage la to be recorded by the lead operator. f b. The presaure in the Injection pot la to be 250 to 275 palg. Thla la to be checked on the injection pot pressure gauge. c. The pressure of the nitrogen cylinders being used for AMS Injection la to be at least 1200 palg. Cylinders with lower pressures must be changed out and replaced with full cylinders. EMPTY BOTTLES ARE WOT * TO BE LEFT IN THE BOTTLE BACKS. 4 VAB.0001105134 mmm T IV. OPKRATMC PROCEDURES - Continued C. Komal Operation - continued d. The pressure of the nitrogen cylinder being used to actuate the automatic AMS Injection elves wist be at least 600 pslg. A cylinder with a lower pressure auet be changed out and replaced full cylinder. The pressure on the outlet of the regulator for this cylinder Is to be 100 pslg. e. The block valve In the AMS kill line (outlet valve at bottom of pot) Is to be fully open. f. The block valve In the AMS Instrument j- r nitrogen line at the reactor aaxxvay level Is to be fully open. g. Both block valves on the manual AMS Injection line at the reactor manway level are to be fully dosed. If any of the above conditions are not met, w they are to be corrected before the reactor is charged. 2. To Insure proper operation of the system* the following items should be checked by the A Operator at the beginning of each shift: a. The pressure gauges between the double block valves on both the automatic and the manual Injection lines should routinely be bled to 0 pslg. A -12- VAB.0001105135 IV. OPERATING PROCEDURES - Continued M Nor--I Operation - continued If prtiiurt subsequently builds up on these gauges, it Indicates that one or both of the double block valves are leaking. Wota; These gauges will have pressure on then after AMS injection. b. All spare nitrogen cylinders in the racks are to be full. '< . - r- ' The above Items are vital to the proper operation of the * emergency kill system. If any of these conditions are * ,t not met, they are to be immediately corrected. ** i m D. Teatins Procedures - ,r " ' 1 ^ +-*-*' 1. The AMS Emergency Kill System for each reactor will be tested per the frequency indicated below. Each system will be checked to assure proper valve position, proper operation of the remote operated valves, and that the AMS inlet lines to the reactor are not plugged. The Shift Supervisor, the Chief Operator, the A Operator and the Lead Operator will conduct the testing. The testing procedure for each reactor Is as follows: To Be Conducted Weekly a. The A Operator is to perform a complete visual check of the system both at grade level and the reactor manway level. All on-off valves are to be in their proper position and any problems detected with the system are to be noted and corrected. -13 VAB.0001105136 a* -m IV. OPnATIRG PKOCEDUUS - Continued 4 . -V ^ i. * ' * * ^^ % ^* - continued I ll ' if ^jrna * '1 To Be Conducted tfeekl continued* Oft"i ^ ** a\ td -.; jib j " * * *^ - ~ b. TheSliiTt Supervisor is to check for any *' ^ ' " i* * -* - i .#& * ^ ST- t i. --* ^ ** + * 4 ' : .-* `` --4:^' *# V *' . vi l'* h' ' .-TO**1T/" nenuel injectIon eyeteat V -! emo 0 * nozzle *.*.m for D-300.., D....-. 700 and*;T*.^? *y.. t-sl'ng'"a,a. rod through the rod-out port. Any blockage found, liific bobmaouMdr* This check la to ' -'> * .. . *U* ri - ' ** * be made during dta^r w Ytnir df tft reactor. ",la* The shift supervisor Is to note In his log book which raactors are checked for pluggage jp of the Injection aowzles'. c. The following procedure will be used to J4 ^IJC --'^ * 4V -i , -f check the renots oper^ed system and to assure the injection nozzle is not plugged. The checkout will consist of injection of a small amount of AMS into the reactor by cycling the remote operated AMS valves The check is to be made after dump is complete and before the rinse to the sewer. The Lead Operator, who is in communication with the field operator( will cycle the remote operated valves using the manual addition will panel for open and close indication The field Operator will check the operatic the remote valves in the field. The A -14- A VAB.0001105137 t PROCEDURES - Continued ' -i ^^ ^ Test Procedures - continued '1 - continued . r. . *. Operator will check the AMS injection pot to /.i * assureAMS 'Addition to the reactor by neeeurlng the level In the AMS Injection pot before end after the AMS addition. The b reactor la to be rinsed after the AMS la Injected and the a- w 'S' * : the AMS' Injection pot before the next Is charged In that reactor. The Shift Supervisor Is to noth biSJto%- took the reactors which are checked. 2 The noreal pte-thArge' checks are to be i* 1 ? V* ' conducted on the AMS kill' aystail before the reactor is charged. 3. Whenever the aab lent teaperature drops below 20F, the AMS kill aystea for each reactor is to be checked once per shift. The check is to assure the injection nozzle Is open and that there is no pluggage due to freezing In the kill systea. The check out will consist of Injection of a saall aaount of AMS Into the reactor by cycling the reaote operated valves and is to be uade after duap is coaplete and before the rinse to the sewer. A -15- VAB.0001105138 IV. QPgaATmc PROCEDURES - Continued D. Tenting Procedures - continued The Lend Operator, who le In coueunlcatlon with the field operators, will cycle the reuote operated valves using the annual addition button and will I also check the lights on the panel for open and close Instruction. The field Operator will check the operation of the reaote valves In the field. The A Operator will check the AMS Injection pot to assure AMS addition to the reactor by ueasuring the level In the AMS Injection pot before and after AMS addition. The reactor Is to be rinsed after the AMS Is Injected and the A Operator is to refill the f AMS Injection pot before the next batch le charged In that reactor. The A Operator la to record the checking of the AMS kill systems on his Winter Protection Check List. * VAB.0001105139 APPENDIX * * VAB.0001105140 STOEACE AMP HAWDLIEC OF ALFHA-METHLT STYEEME t Alpha-Methyl ityrtnc Is usually stored end handled in steel equipment. It is also compatible with stainless steel * aluminum* and galvanised iron. Copper and copper alloys are not recommended for this service. This product has a fairly low freesing point (about -10*F) and loir viscosity. Underground storage tanks and lines should be considered* as their use vlll prevent freeslng in winter and keep the product cool in summer. Storage temperature should not exceed 100*F. Storage under a nitrogen blanket is preferred; exclusion of air (oxygen) will reduce the chances of polymerisation* peroxide formation* and fire. Piping can be of the materials listed above. A centrifugal pump is suggested for transfer service. "Teflon" is suitable for gaskets and packing. An inhibitor* para-tertiary butyl catechol (10-20 ppm) * is used in alpha-methyl styrene to inhibit polymerisation. If storage time is prolonged* the inhibitor concentration should be checked occasionally more Inhibitor added* if needed. Alpha-Methyl styrene is a toxic chemical; contact with liquid or vapors should be avoided. N VAB.0001105141 TT U.S. DEPARTMENT Of LABOR Oeaypatienat Safety and HaaWi AdmMnrattan MATERIAL SAFETY DATA SHEET USOL Safety and Health Rtfulationi for Ship Repairing, Ihlphylldlwi, and Shiptoreakinf (39 CFR 1915. 19Id. 1917) SiCTION I manupactuasa's nams USS Cbeadcals Division, S. Steel Corporation aoo iiiif/Ai^ArOiWf>, Otr, .few. airf //R cm chcmwcaib mSiano i rnAoe cmsaosncv Ttumoais no (514) 532-3420 ANO SYNONYMS A UNO POINT rp.l vapoa paessuac (mm m.> VAPOA OCNSITY (AlA*t) ia v * * Pi SOLUSILITY IN WATSA APPCAAANCS AND OOOA SECTION III PHYSICAL OATA 329.2 Low 4.1 SPceiPie oaavitv ih,o n PCPCtNT, VOCATILS BY VOCUMS (%) CVAPOAATION AATS |U*--- " L... Than . a1 SiCTION IV FIRE AND EXPLOSION HAZARD OATA f LASM POINT IAAMRuP uMP) a .. Tag Close* Cep. ,UQ CKWTINaUtUeIrS,HIrNoOaMnN,tOdIAry ch.em.ical .and carbon dioxide SPECIAL PIAS'PIOMTINO NNOCtOMMCi Water spray can be weed to control LIMITS should not be used. Fire should have self-coata UNUSUAC Pins AND EXPLOSION HAZAAOS none bra 0.907 Low RAGE (1) . May ft VAB.0001105142 THMIHULOMMIT V*tuf^ Top pm or wo cTfcCTlT^ overex SECTION V - HEALTH HAZARD DATA f VWmLM too ItMII SMC AOENCV MIO PIHtT AIO PIOCIOMMI rooplrotlon. STAOIUTV UNSTAALE INCOMPATAGIUTV (i SECTION VI * REACTIVITY DATA CQNOITIONS TO AVOID ok! HAgAAOOUS products HAgAAOOUS POLYMERISATION MAV OCCUA Wiki. NOT OCCUR COWBlTWWt TO AVOIO H initiator* STEPS TO Swill SECTION VII - SPILL OR LEAK PROCEDURES taken7ncasc MAfcliAc is RiliiWio on 4AuZS "" Dimes rIttOA vita vatu bit provont posoaao to drain* to - six with taod aad bum WASTE DISPOSAL MCTHOO A clol I t \ Ii \ I SECTION VIII SPECIAL PROTECTION INPORMATION respiratory protection $ SoIf-contain** braa VENTILATION Lj tyma ittttti for aavoro Exposure Froforrod IAL MECHANICAL /<*V OTHER Mono PROTECTIVE GLOVES nonootubl* slot r or of tor to OTHER PROOTTBECTIVE MHn4MUI ExpMUlWpaECirial bOEord no: EVE PROTECTION 1 corn* Sofoty aoigloo SECTION IX SPECIAL PRECAUTIONS PRECAUTIONS TO SE TAKEN IN HANOLINO ANO STORING tUam OTHER PRECAUTIONS IffifiS-- PAGI (21 CPO tS.M Form OSMA-M VAB.0001105143 r- WV'fMiRtEAnaw nu- rtIwOrii nr WBttnM*f>itATtg>i "VSvvTTi At* tomuoii f-o^ r- I MfMMptl TNt 9liTAMCt FMM TH* (4MH *04* TO TUI** Ml* TO TO tHft AT TMB L*v*L t MUfliK* 1* x irmo iW4t* Ml* I* M HM *IU*V TO 4 TNt ms** MCM *4**0 vAfc.V* M t% ktffOMMit HM llMft I* TO ** 40<Xt*0 OflCRLT AftOI INCA Xtoff COMTOOL. IMMM ft 4 A PltlLT LiM* MIT* T* OtACTO* MOXZL*. , TO* OM*-MCH *LUO VALVt 'ft UMATlO Xt'MCM Otec* TAAO* ON TH* M4NUM. tiMt 1*0** VAlV*4 MILL AC UMf to* or TNi AM4 tNifl Noil 114 >4 TM*. tilhCTp* TOO H|AO AMO NLAT *fc rULi- kLVtV IMT ACCA44 TO 6M1ATMT ON TW* AUTOMATIC. 'MOBCTtOM UM* COMTftOL 4 WMMttl TM| BLOC* VALVt* DirNa T*%C C-LOTOVT X llt*% A** TO MTimti ti AL*4tAkM|tAI*t T*% y**TbCA4 TH* KIMTM NMtU Ttf 4- 400 OOMT 0AU. * mwction ron loaatoo at ia all wmoNiM oottwbo a** to M OOTTL* IM* T 00*T*MT to cTiooetT amo to omoibct i * OOUM OMMO *04* I* TO ** attach** to to* It. AMO ***** 4 PtT^H. 'a* (4 mmm AM* WTT {**** PO* Mi'tl ttlfmiu mu* mi*: VAB.0001105144 tMii ft vJ * li^h (*1 ) J l g-** i I*- M- |4QQ- M-Ot-I (COWOQM MjfcHtS (l \ ftyijgatTir^rr* > > II IU1L A Mm Ur-/W WMx) ivrwt w* anift <, utma (tm w HQTV. 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ALL HI1Ou4LI OOTTL44 444 TO *4 LMAtMiO W| Iw'TlI HiU TJ FtbUNT CAVA*4 ** CTl^PI.14 *HO to OOOT4CT TH4 oftPATo*., I| tOUAA PUMF W044 t%tO 04 'niWANtNT.^ ATTACMlP T0 TmC PftJM PjM - a** 4 4 4 4 AC . PCJM USWiatpM. MT&tt X (4 IMO) (4*Owm4 F0 04410) t, L|h|i* (t TML PlSTA^fc U^M TW4 PCJ*.I TO MO tl4,t4 u 4-*Ql ! I i+tTCc^LM * UMC4C . usira:-:? CUtZI3 tZJZ Vlata Myntri die. MOKIN ilMHWI #1 b ILl' _*!*'1 ha......... m` cut; s **t \mvl NfMEOSt^t-IP *** p MM PM VAB.0001105145