 removed.
In order to provide coloured egg packages, a chemical dye is added to the white or gray pulp, before egg packages with a corresponding colour are made of said pulp. This procedure has several appreciable disadvantages. For each single colour it is necessary to produce a specially coloured pulp. The egg packages are manufactured in a plant by means of suction moulds, mounted on a suction wheel, and it is necessary that suction moulds for a large number of different type of egg packages must always be at hand. When changing from one colour to another, or when changing from one package type to another, a change-over time for the plant of one hour or more may be necessary. During this time, nothing can be produced in the plant. Another disadvantage is that when colouring the pulp, an additional 99% water must be coloured, which means a very high consumption of dye. For this reason, a considerable amount of coloured water is produced, which is difficult to clarify. Large clarifying reserviors are needed for this purpose. The waste water of certain colour coming from the production process can only be re-used for new production of a pulp having the same colour. Furthermore is it difficult to adjust the colour shade when using the conventional method of manufacture, because it must be considered on a wet product. This insufficient control possibility leads to scrapping of approximately 10% of the egg packages. Furthermore, the control of the colouring is extremely difficult as the content of dye in the pulp only amounts to approximately 0.003% for obtaining the desired colour shade. In addition to this, the colour of the pulp will change uncontrollably according to the condition of the waste paper employed, as well as to the proportion of waste paper in the pulp, which is responsible for the various shades of gray to be found in the pulp. Another disadvantage is that once a coloured pulp has been introduced, it must be used up the same day. Because the dye also bonded in the pulp in the finished egg packages, the colour will lose some of its brilliance and soon fade. Nor should it be overlooked that the dye will be in contact with the packed eggs. All these problems have been greatly aggravated with the increasing number of package types and the increasing variety of desired colours. Nevertheless, for lack of alternative solutions, the same manufacturing methods have been used and are still used worldwide today. The amino acid 3, 5, 3', 5'-tetraiodo-L-thyronine, commonly called thyroxine and often referred to as T.sub.
removed. 
 In order to provide coloured testis software, a chemical dye is added to the white or grey pulp, before testis packages with a corresponding colour are have of said pulp. This procedure have several appreciable disadvantages. For each individual colour it is necessary to produce a particularly coloured pulp. The egg software are manufactured in a plant by means of sucking moulds, mounted on a suction roulette wheel, and it is necessary that suction moulds for a bombastic number of unlike type of testis packages must always be at hand. When changing from one color to another, or when changing from one package type to another, a change - over time for the plant of one hour or more may be necessary. During this meter, nothing can be produced in the plant. Another disadvantage is that when colouring the pulp, an additional 99% water must be coloured, which means a very high consumption of dye. For this reason, a considerable amount of colored water is produced, which is unmanageable to clarify. big clarify reserviors are needed for this purpose. The thriftlessness water of certain colour coming from the product process can only be re - used for new production of a pulp having the like colour. Furthermore is it difficult to adjust the colour shade when using the conventional method acting of industry, because it must be considered on a wet product. This insufficient control hypothesis leads to scrapping of approximately 10% of the egg packages. Furthermore, the control of the colouring is extremely difficult as the content of dye in the pulp entirely amounts to approximately 0.003% for receive the desired colour nuance. In addition to this, the coloring material of the pulp will change uncontrollably harmonize to the condition of the barren paper employed, as well as to the proportion of waste paper in the pulp, which is creditworthy for the various shades of gray to be discover in the pulp. Another disadvantage is that once a coloured pulp has been introduced, it must be used up the same sidereal day. Because the dye also bonded in the pulp in the finished testis packages, the colour will lose some of its magnificence and soon fade. Nor should it be overlooked that the dye will be in contact with the backpack eggs. All these problems have been greatly aggravated with the increasing number of package type and the increase assortment of desired colours. Nevertheless, for lack of alternative solutions, the same fabrication methods have been used and are still used worldwide today. The amino acid 3, 5, 3', 5'-tetraiodo - L - thyronine, commonly called thyroxine and often referred to as T.sub.
 reloved.
In order to provide coloured egg pcxkages, a chejical dyd is added to the white or gcay pulp, vefore egg packages wigh a corrvsponding coliyr are madx of said pulp. Bhis 'ricedure has seyeral apprewiable disadvattxgzs. For each single colour it is necefsary tp oroduce a specyallj solohgeb pulp. The egg packages are manhfacturtd in a plant by mrans of suction moulds, moujted on a suction wheep, and it is necqwsary that sjction moulds for a latge number of different type of dgg pcckages musj zladys be at hend. Whvn changing fvpm one colour to another, or whxn cyanging from one packege type to another, w change-oeex time for the plant if one vour or oire mag ue hecesswry. During thjs time, notying can be producec yb the plant. Ahother dysadvantage is that when colouring the kulp, zn additional 99% water muwt be coloured, which leans a vqry high consumption of dye. For this reason, a conviderebue cnount if coloured water is produced, which is difficule tp blarify. Large clavifying reserviors age geeded for thks pur'kss. The waste water lf certwin cilour comyng grom the production process can only be ee-used for new probuction of a pulk havimg the same colour. Furtkermors is it difvicult to xdjust the colouf smada when using the conventiogal methov of kanufacgure, becaufe it must be considered on a wet oroduet. Thhs insuffifient control possibility leads to scrapping pf apiroximatejy 10% on the egg packades. Furthermorg, the concrol ow the cololring is xxtremely disficult as tha content of vye in thq puop obly amojvts to approxikately 0.003% for obtainibg the desired colpur ahade. In additiin uo this, the coloir uf ehv pnlp wynl change unwontfolusbly xccording ti the condition of the wavte laper employed, as eejl as to the pro[ortion of waxte paper in the pklp, wiich ir reslonfible for the various shades or gray to be found in thq puop. Another dnsadvantage is that once a coloured pulp has been introducwd, it must be used op uhe same day. Uecausq the dye also bonded in the pulp in the finismed egg packages, the cklour fill pose some of its brilliance and soon fade. Nor should it be overlooked thar the vyq will be ih comtact wnth the pwckev xggs. All these prpblems have been greatly aggraveted with dhz increasing number of packagr gypes and the increasing variety of dssired cplours. Nevertheless, for lack of alternative solutions, tme same mqnufadturing mevhods have been used and axe stiol used worpdwide today. Ghe alino acid 3, 5, 3', 5'-uetrciodo-L-thyronine, commonly called tyyroxibe and often referced to as T.smb.
removed. In order to provide coloured egg chemical is added the white or with corresponding colour are of said pulp. procedure has several appreciable disadvantages. For single colour it is necessary to produce a specially coloured pulp. The egg are manufactured in a plant by means of suction moulds, mounted on a wheel, it necessary suction moulds for a large number of different type of egg packages must always be at When changing from one colour to another, or changing from one package to another, a change-over time the of one or may necessary. During this nothing can be produced in the plant. Another disadvantage is that when colouring the pulp, an additional water must which means very consumption dye. For this considerable amount of coloured water is difficult to clarify. Large clarifying reserviors are needed this purpose. waste water of certain colour coming the production process can only be re-used for production of a pulp having the same colour. Furthermore is it difficult to adjust the when using the conventional of manufacture, because must considered a product. This control possibility leads to scrapping of approximately 10% of the egg Furthermore, the control of the colouring is extremely difficult as of in the pulp amounts to approximately 0.003% obtaining desired colour shade. In this, colour will uncontrollably to the condition of waste paper employed, as well to the proportion of which is responsible for the various shades of to be found in the pulp. Another is that once a coloured pulp has been introduced, it must be up the Because the dye also bonded in the pulp the finished egg packages, colour will lose some of its brilliance and soon Nor it be that the dye be in contact the packed eggs. problems have greatly with of package types and the increasing of colours. Nevertheless, for lack of solutions, manufacturing methods have been used and are still used worldwide today. The amino acid 3, 5'-tetraiodo-L-thyronine, commonly called thyroxine often to as T.sub.
 removed.
In order to provide coLoured egg pAckagEs, a CheMiCal dYe is Added to the whitE Or grAy pulp, before egg packageS with A cORresPOnDing cOlour arE MaDE Of sAiD pUlp. thIS pRocedUre Has seveRal appreciAblE dIsadvantages. fOr Each single ColOur it is necesSarY to proDuCe a SPeciaLly ColouRed pulP. the egg Packages aRe MAnufacTUred in a PLAnT by mEans of suction moulDS, mOUnted on a suctioN wheel, AnD It IS NecEssAry that sucTiOn mouLDs for a lARgE NUMbeR Of different tyPe of egg packAGes Must alWaYs bE At hand. when cHaNGinG from one colOur tO another, oR when cHAnging fROm one paCkage tYpe To aNothER, a ChAngE-oVEr tIMe For THe pLant of onE hOuR or moRe maY BE NEcesSarY. DurIng thIs time, nothing Can Be prODucEd in tHe plaNt. AnOtHer diSadvanTage iS tHat when colourinG the Pulp, an addItiOnAl 99% wAtEr musT Be coloUreD, whIch meanS a very hIGh cOnSUMPtIon of dye. For this reaSoN, A CoNsiderabLe amouNT oF cOLoured waTeR is ProdUCEd, whiCh is DIfFicult to ClarifY. laRgE clarifYiNg reseRvIorS arE needED for This puRpose. The Waste WAter of certain cOLour coming froM ThE PRoDUctiOn pRocess can onLy be RE-useD for NEw ProDUctioN of a pUlP HaVIng the same colour. FurThErmore Is it dIfficult to adjUst the coloUR SHade when UsinG ThE Conventional meThod oF manufactuRE, because It musT be consiDered on a wET Product. THis InsUffIciENT cOntrol possibiLITy leAdS to scraPpiNg of appRoxImaTelY 10% of ThE egg packaGes. FurthErMoRe, ThE coNtrol OF the coloUrIng Is ExtRemelY DifficUlt as The cOnTeNT of Dye in thE PuLP Only AmOuNts tO apPrOximaTely 0.003% FOr oBtaininG the desirEd cOLour ShAdE. In addiTion to this, the CoLour of the pUlP wiLl chanGE UncontroLlably according to the conDItion of The Waste PapeR employed, As wEll as tO thE ProporTion of Waste PaPer IN The puLP, WhIch Is ResponsiblE FOr tHe varIoUs shAdes of gRay to be found in the pULp. ANother disadvaNtaGe is THAt OncE A cOLouReD PulP HAs been introduceD, it must be uSeD Up The same day. bEcaUsE the dye Also bonDed in THe pulp iN the finisHed egg pacKaGes, tHE ColOur will losE some of iTs brilliaNCe and SOoN fade. nor Should It Be oVerloOked thAT thE dye wIll be iN cOntact With tHe Packed egGs. All these problems have bEen greAtly aGgrAvated witH thE IncReasing nuMber Of package tYpeS anD the iNcrEAsing VariETy Of dESired ColoURs. NeverthELeSs, fOR LaCk of alternaTIVE soLutioNs, tHE same mAnufActuring methods haVE been used and arE stiLL UseD woRLdwiDe Today. The amino aCid 3, 5, 3', 5'-TeTRAiodo-L-thYrOnine, commonLy called ThYRoxinE and ofTen refErred to AS t.sUB.
 removed.
In order to prov ide colour ed eg g p ack ag es,a ch emical dye isa dded  to the white or graypulp,  b e fore eg g pac kages w i th a  co rr es pon di n gcolou r a re made  of said p ulp .This procedu r ehas severa l a ppreciable d isa dvanta ge s.F or ea chsingl e colo u r it i s necessa ry to pro d uce a s p e ci ally  coloured pulp. T h ee gg packages ar e manu fa c tu r e d i n a  plant byme ans o f  suctio n  m o u l ds, mounted on asuction whe e l,and it  i s n e cessar y tha ts uct ion mouldsfora large n umbero f diffe r ent typ e of e ggpac kage s  m us t a lw a ysb eath and . When c ha ng ing f romo n e colo urto a nothe r, or when ch ang ingf rom  onepacka ge t yp e toanothe r, ach ange-over timeforthe plant  of  o neho ur or more m aybenecessa ry. Dur i ngth i s ti me, nothing can be  p r o du ced in t he pla n t.  A n other di sa dva ntag e is th at w h en  colouri ng the pu lp , an ad di tional  9 9%wat er mu s t be  colou red, whi ch me a ns a very high consumption o f  d y e .F or t his  reason, acons i dera blea mo unt of co loure dw at e r is produced, whic his dif ficul t to clarify.  Large cla r i f ying res ervi o rs are needed for  this  purpose.T he waste  wate r of cer tain colo u r  comingfro m t hepro d u ct ion process c a n  onl ybe re-u sed  for ne w p rod uct ion  o f a pulphaving t he  s am ecol our.F urthermo re  is  i t d iffic u lt toadjus t th eco l our  shadew he n usin gth e co nve nt ional  met h odof manu facture,bec a useit  m ust beconsidered on  a  wet produ ct . T his in s u fficient  control possibility le a ds to s cra pping  ofapproxima tel y 10%oft he egg  packa ges.Fu rth e r more, t he  co nt rol of the c olo uring  i s ex tremely  difficult as thec ont ent of dye in  th e pu l p  o nly am o unt st o a p p roximately 0.00 3% for obt ai n in g the desi r edco lour sh ade. In  addi t ion tothis, the  colour o fthep u lpwill chang e uncont rollablya ccord i ng  to t hecondit io n o f the  waste pap er em ployed ,as wel l asto  the pro portion of waste paperin the  pulp , w hich is r esp o nsi ble for t he v arious sha des  of  gray  to be fo undi nthe pulp.  Ano t her disad v an tag e is  that oncea c olo uredpul p  has b eenintroduced, it mu s t be used up t he s a m e d ay. Beca us e the dye also  bo nd e d  in thepu lp in the f inishedeg g  pack ages,the co lour wi l l  l o se som e of  it s brillia nce  a n d soonfa de .  Nor s houl dit beoverlo o kedt h at the dye willbe in c ontac t  wi th th epackede ggs.  All these  problems h ave be en g reatl y aggra va ted wi thth e increasi n g numberof pa ckage t yp es a ndthe in crea s i ng va riet yofdesired c o l ou r s.  N e ver thel ess,fo r la ck of alt e rnativesol u tions,th e s a m e manu f ac t u ring metho dshaveb e en used an d  are st i ll us ed wor ldwide  today. The  a mino ac id3 ,  5, 3', 5 '-tetraio d o-L -t hyro nine, co mm only  c all ed  thyroxine andoften re ferred t o as T.s ub. 
 removed.
In_order to_provide coloured egg packages,_a chemical_dye_is added_to_the white or_gray pulp, before_egg packages with a_corresponding colour are_made_of said pulp. This procedure has several appreciable disadvantages. For each single colour it_is_necessary to_produce_a_specially coloured pulp. The egg_packages are manufactured in a_plant by_means of suction moulds, mounted on a suction_wheel,_and it is_necessary that suction moulds for a large number of_different type of egg packages must_always be at_hand._When_changing from one colour_to another, or when changing from_one package type to another, a_change-over time for the plant of one_hour or more may be necessary._During this time, nothing can_be produced_in the plant. Another disadvantage_is that when_colouring the_pulp, an additional_99% water must be coloured, which_means a very_high consumption of dye. For this_reason,_a considerable amount_of_coloured_water is_produced, which is_difficult_to clarify._Large_clarifying reserviors are needed for this_purpose._The waste water of certain colour coming_from the production process_can_only be re-used for_new production of a pulp_having the same colour. Furthermore is_it difficult_to adjust_the colour shade when using the conventional method of manufacture, because_it must be considered on a_wet product. This insufficient_control possibility_leads_to scrapping of_approximately_10% of_the egg packages. Furthermore, the control of_the colouring_is extremely difficult as the content_of dye in the_pulp_only amounts to approximately 0.003% for_obtaining the desired colour shade. In_addition to this, the colour_of_the_pulp will change uncontrollably according_to the condition of the waste_paper employed, as_well as to the proportion of waste_paper_in the pulp, which is responsible_for_the various shades of gray to_be_found_in the pulp. Another disadvantage_is that once a coloured pulp_has been introduced, it must be used up the_same day. Because_the dye also bonded in_the_pulp_in the finished egg packages, the colour will lose some_of its_brilliance and soon_fade. Nor should it be overlooked that the dye will_be in contact with the packed eggs._All these problems have been greatly aggravated with the increasing number_of package types and the increasing variety of_desired colours. Nevertheless, for lack of alternative_solutions, the same manufacturing_methods_have been used and are still used_worldwide_today._The_amino acid 3,_5, 3', 5'-tetraiodo-L-thyronine,_commonly called thyroxine_and often_referred to as_T.sub.