 concentration up to saturation, and to apparatus therefor.
2. Description of Related Art
Dissolution of a gas in a liquid is generally called absorption and may take place in several known and common ways. The absorption can be performed in a tower, a so-called absorption tower, in which the gas flows in counterflow relation to a circulating liquid. It can also be performed by means of a liquid jet pump, the absorption taking place in the minute droplets formed in the jet of liquid. Several other techniques can also be employed, mostly in counterflow, so that the largest possible contact surface between gas and liquid is provided for the absorption.
Common to the known methods to accomplish absorption and to the existing absorption apparatus is their requirement for more or less continuous manual monitoring. These methods also require a system of components which may be large or complicated. This is undesirable if the process is to form part of a complex process, having regard to its effectiveness, space requirements, safety aspects, operational requirements and economy. It is often necessary to be able to perform the absorption within a wide interval of flow rates and to be able to select the concentration of the solution that is produced. It may also be necessary that the gas be almost completely absorbed by the liquid, so that there will be no need to take care of the sometimes poisonous or environmentally dangerous gas. Moreover, small dimensions may be called for to save space or in view of the materials used. It has been known in practice, especially in the area of pressed bales of textile fibers, that the pressed bales are transported by means of handcarts and are brought from the baling press to a storage facility and are stacked there in rows next to each other and one on top of another in a plurality of layers. A forklift truck is shown for this in DE-A-40 29 759. This technique is labor-intensive and error-prone if different pressed bales, which must be handled and stored separately, are produced in a pressing unit.
It has also been known that the pressed bales can be transported with a crane and a grab hanging on cables. The grab can grasp a single bale only and only from the top. In addition, the crane must have been absolutely stopped for this. The conveying capacity is appreciably limited by this.
High-shelf storage areas, in which the pressed bales are placed one by one into shelf compartments, have also been known in practice. The storage technique is very expensive, because it requires
concentration up to saturation, and to apparatus therefor. 
 2. Description of Related Art 
 Dissolution of a gas in a liquid is generally call concentration and may take place in several known and coarse ways. The absorption can be do in a tugboat, a so - call absorption tower, in which the natural gas flows in counterflow relation to a circulate liquid. It can besides be performed by means of a fluid jet pump, the assimilation taking place in the minute droplet formed in the jet of liquid. respective other proficiency can also be hire, mostly in counterflow, so that the largest possible liaison surface between gas and liquid is provided for the absorption. 
 Common to the known methods to carry through absorption and to the existing absorption apparatus is their requirement for more or less continuous manual monitoring. These methods also require a system of components which may be large or complicated. This is undesirable if the procedure is to form part of a complex summons, having gaze to its effectiveness, space requirements, condom aspects, operational requirements and economy. It is often necessary to be able to do the absorption within a wide interval of flow rates and to be able to select the concentration of the solution that is produced. It may also be necessary that the gas be almost completely absorb by the liquid, so that there will be no motivation to take care of the sometimes poisonous or environmentally dangerous gas. furthermore, small dimensions may be called for to save space or in view of the materials used. It has been known in exercise, especially in the area of pressed bales of textile fibers, that the pressed bale are transported by mean of handcarts and are brought from the baling press to a repositing facility and are stacked there in course next to each other and one on peak of another in a plurality of layer. A forklift truck is shown for this in DE - A-40 29 759. This technique is labor - intensive and error - prone if unlike pressed bales, which must be wield and stored separately, are produced in a pressing unit. 
 It has also been known that the pressed basel can be transported with a crane and a grab hanging on cables. The grab can grok a single bale merely and only from the top. In addition, the crane must have been absolutely stopped for this. The conveying capability is appreciably limited by this. 
 High - shelf storehouse area, in which the pressed bales are placed one by one into ledge compartments, have also been known in practice. The storage technique is very expensive, because it requires
 cojcentration up to saturauion, and to apparcrus thxrefor.
2. Sescriptkon of Related Art
Dissolutioi of a gaw in a liquid is generxlly callvd absorprion qnd may take place in sebcral niown and common ways. The dbsorption can bd 'erformed in a tower, a so-called absowption yoaer, in which tre gsf flkws in counterflow relation to a cjrculatpng liquid. It can also be performed by meand of a liquid jet pump, the absorpjjon raking place in the minute dropleta formed in the jet of liquid. Sdverak other texhbiqkgs can also ue empjoyed, mostly in counderflow, so that the lsrgxst possible contact surfece between gas and jiquid is pxovided for the absorptuon.
Cokmon to gye ynosn msthods to accomplisg absorptiob and to the existimg qbsorption aplaratuf ys their requirement for more or less cmntjnuous manual monitorint. These methods also tequire a fystem of components which may be large or compliwated. Ghiw ls uveedirable if the process is to form part of a cjjpkeq process, having vegard to its effevtlvrgess, space reduiremzhta, safety aspects, ooeratiogal rwquiremenus anc economy. It is often neceswary to be ayle to perform the abdorption wichin a wide interval of flow rates and to be able to selecf the concentratiun pf the solution that is prodtced. It mey alxo be ndcesxary trat the gad be almost completely ahsorbgd by dhe liquid, so that there will be no need vp take care pf thv sometimzs poixonous or envyronmentally dcngerous gas. Ooreover, sjall dikensions mar be called fmt to save spare or in diew of rhe matdfials used. It nas been known in peactice, especially in fhe area of prewsee bales of textole fifegs, vhat eve pressed bdles ard tranrported by ndans of handcarts and ara brkught from the balonn press ti a storwge facility snd are stacked thtre in roxs nexy tj each other and one on top of another ln w plurality jf lqyers. A forkkift truck is shown for this in DE-A-40 29 759. Tiis technique is labor-ibtensive and error-ptont if differenv presfed bales, which must be handlwd and stored sepsrately, are produced jn a psessijg unit.
It has also been known that the pressed bales can be transported wuth a rrwne and a gdab nangitg pn cabjes. Vhx grab can grasp s single bale only and only froo the to[. Nn addition, the crane must hafe been absolutgly stopped for this. The cknveying capacity is appreciably limitec by this.
High-shelf storane areas, un whjch thv pcessed bales are plaved onz by obe into shepf compartmengs, naye also befn kiowu in practice. The storage techniqye is cegy expensive, beceuse it requlrts
concentration up to saturation, and to apparatus Description Related Art of a gas called and may take in several known common ways. The absorption can be in a tower, a so-called absorption tower, in which the gas flows in relation to a circulating liquid. It can also be performed by means of liquid pump, absorption place in the minute droplets formed in the jet of liquid. Several other techniques can also employed, mostly in counterflow, so that the largest contact surface between gas liquid is provided for the Common the known to absorption to the existing apparatus is their requirement for more or less continuous manual monitoring. These methods also require a system components which large or This undesirable the process is part of a complex process, having effectiveness, space requirements, safety aspects, operational requirements and It is necessary to be able to perform absorption within a wide interval of flow rates to be able to select the concentration of the solution that is produced. It may necessary that the gas almost completely absorbed the so there be no to take care of the sometimes poisonous or environmentally dangerous gas. small dimensions may be called for to save space or of materials used. It been known in practice, in area of pressed bales fibers, the transported means handcarts and are brought the baling press to a facility and are stacked each other and one on top of another a plurality of layers. A forklift truck shown for this in DE-A-40 29 759. This technique is labor-intensive and if different which must be handled and stored separately, are in a pressing unit. has also been known that the pressed bales can transported a crane a grab hanging cables. The grab grasp a single and only the In must have been absolutely stopped for The capacity is appreciably limited by High-shelf in which the pressed bales are placed one by one into shelf compartments, have also in practice. The storage is expensive, because it requires
 concentration up to saturatiOn, and to appAratuS thEreFoR.
2. DesCripTion of Related ART
DisSolution of a gas in a liquiD is geNeRAlly CAlLed abSorptioN AnD MAy tAkE pLacE iN SeVeral KnoWn and coMmon ways. ThE abSoRption can be pERfOrmed in a toWer, A so-called absOrpTion toWeR, in WHich tHe gAs floWs in coUNterflOw relatioN tO A circuLAting liQUId. it caN also be performed bY MeANs of a liquid jet Pump, thE aBSoRPTioN taKing place iN tHe minUTe droplETs FORMed IN the jet of liquId. Several otHEr tEchniqUeS caN Also be EmploYeD, MosTly in counteRfloW, so that thE largeST possibLE contacT surfaCe bEtwEen gAS aNd LiqUiD Is pROvIdeD For The absorPtIoN.
CommOn to THE KNown MetHods To accOmplish absorpTioN and TO thE exisTing aBsorPtIon apParatuS is thEiR requirement for More Or less conTinUoUs mAnUal moNItorinG. ThEse Methods Also reqUIre A sYSTEm Of components which mAy BE LaRge or comPlicatED. THiS Is undesiRaBle If thE PRocesS is tO FoRm part of A complEX pRoCess, havInG regarD tO itS efFectiVEnesS, space RequiremEnts, sAFety aspects, opeRAtional requirEMeNTS aND ecoNomY. It is often nEcesSAry tO be aBLe To pERform The abSoRPtIOn within a wide intervAl Of flow Rates And to be able to Select the cONCEntratioN of tHE sOLution that is prOduceD. It may also BE necessaRy thaT the gas bE almost coMPLetely abSorBed By tHe lIQUiD, so that there wILL be nO nEed to taKe cAre of thE soMetImeS poIsOnous or enVironmenTaLlY dAnGerOus gaS. moreover, SmAll DiMenSions MAy be caLled fOr to SaVe SPacE or in viEW oF THe maTeRiAls uSed. it Has beEn knOWn iN practiCe, especiaLly IN the ArEa Of pressEd bales of textIlE fibers, thaT tHe pRessed BALes are trAnsported by means of handcARts and aRe bRoughT froM the balinG prEss to a StoRAge facIlity aNd are StAckED There IN RoWs nExT to each othER And One on ToP of aNother iN a plurality of layerS. a foRklift truck is ShoWn foR THiS in de-A-40 29 759. tHis TeCHniQUE is labor-intensiVe and error-PrONe If differenT PreSsEd bales, Which muSt be hANdled anD stored seParately, aRe ProdUCEd iN a pressing Unit.
It haS also been KNown tHAt The prEssEd baleS cAn bE tranSporteD WitH a craNe and a GrAb hangIng on CaBles. The gRab can grasp a single bale oNly and Only fRom The top. In aDdiTIon, The crane mUst hAve been absOluTelY stopPed FOr thiS. The COnVeyINg capAcitY Is appreciABlY liMITeD by this.
High-SHELf sToragE arEAs, in whIch tHe pressed bales are PLaced one by one iNto sHELf cOmpARtmeNtS, have also been kNowN iN PRactice. THe Storage techNique is vErY ExpenSive, beCause iT requirES
 concentration up to satur ation, and  to a ppa rat us  the refo r.
2. Descript i on o f Related Art
Dissolut ion o fa  gas in  a li quid is ge n e ral ly  c all ed ab sorpt ion  and ma y take pla cein  several kno w nand common  wa ys. The abso rpt ion ca nbep erfor med  in a  tower ,  a so- called ab so r ptiont ower, i n wh ichthe gas flows inc ou n terflow relati on toac ir c u lat ing  liquid. I tcan a l so be p e rf o r m edb y means of aliquid jetp ump , theab sor p tion t aking  p l ace  in the min utedropletsformed in thej et of l iquid.  Se ver al o t he rtec hn i que s  c ana lso  be empl oy ed , mos tlyi n c ount erf low,  so t hat the large stposs i ble  cont act s urfa ce  betw een ga s and  l iquid is provid ed f or the ab sor pt ion .Commo n  to th e k now n metho ds to a c com pl i s h  a bsorption and to t he e xi sting ab sorpti o nap p aratus i sthe ir r e q uirem entf or  more or  lessc on ti nuous m an ual mo ni tor ing . The s e me thodsalso req uirea  system of com p onents whichm ay b el arge  or  complicate d. T h is i s un d es ira b le if  thepr o ce s s is to form part o fa comp lex p rocess, havin g regard t o i ts effec tive n es s , space requir ement s, safetya spects,opera tional r equiremen t s  and eco nom y.Itiso f te n necessary t o be a bl e to pe rfo rm theabs orp tio n w it hin a wid e interv al  o ffl owrates and to b eabl etoselec t  the c oncen trat io no f t he solu t io n that  i sprod uce d.  It m ay a l sobe nece ssary tha t t h e ga sbe  almost  completely a bs orbed by t he  li quid,s o  that th ere will be no need tot ake car e o f the  som etimes po iso nous o r e n vironm entall y dan ge rou s gas.M o re ove r,  small dim e n sio ns ma ybe c alled f or to save space o r  in  view of themat eria l s  u sed .  I t  ha sb een k nown in practic e, especia ll y  i n the area ofpr essed b ales of  text i le fibe rs, thatthe press ed  bal e s  ar e transpor ted by m eans of h a ndcar t sand a rebrough tfro m the  balin g  pr ess t o a st or age fa cilit yand arestacked there in rows n ext to  each  ot her and o neo n t op of ano ther  in a plur ali tyof la yer s . A f orkl i ft  tr u ck is  sho w n for thi s  i n D E - A- 40 29 759.T h i s t echni que is lab or-i ntensive and erro r -prone if diff eren t pre sse d  bal es , which must b e h an d l ed and s to red separat ely, are  p r oduce d in a  press ing uni t . 
I t  has a lsobee n known t hat  t h e press ed  b a les ca n be  t ranspo rted w i th a c rane and a grabhangi n g  on c a ble s. Th egrab ca n  gra sp a singl e bale only  and o nlyfromthe top .In add iti on , the cran e  must hav e bee n absol ut elysto pped f or t h i s. Th e co nv eyi ng capaci t y  i s  a pp r eci ably  limi te d by  this.
Hi g h-shelfsto r age are as , i n whicht he p ressed bal esare p l a ced one by onei nt o  shel f comp artmen ts, hav e  al so  been k now n in practi ce. The s t ora ge  tec hnique i svery  e xpe ns ive, because it  require s
 concentration_up to_saturation, and to apparatus_therefor.
2. Description_of_Related Art
Dissolution_of_a gas in_a liquid is_generally called absorption and_may take place_in_several known and common ways. The absorption can be performed in a tower, a_so-called_absorption tower,_in_which_the gas flows in counterflow_relation to a circulating liquid._It can_also be performed by means of a liquid_jet_pump, the absorption_taking place in the minute droplets formed in the_jet of liquid. Several other techniques_can also be_employed,_mostly_in counterflow, so that_the largest possible contact surface between_gas and liquid is provided for_the absorption.
Common to the known methods to_accomplish absorption and to the existing_absorption apparatus is their requirement_for more_or less continuous manual monitoring._These methods also_require a_system of components_which may be large or complicated._This is undesirable_if the process is to form_part_of a complex_process,_having_regard to_its effectiveness, space_requirements,_safety aspects,_operational_requirements and economy. It is often_necessary_to be able to perform the absorption_within a wide interval_of_flow rates and to_be able to select the_concentration of the solution that is_produced. It_may also_be necessary that the gas be almost completely absorbed by the_liquid, so that there will be_no need to take_care of_the_sometimes poisonous or_environmentally_dangerous gas._Moreover, small dimensions may be called for_to save_space or in view of the_materials used. It has_been_known in practice, especially in the_area of pressed bales of textile_fibers, that the pressed bales_are_transported_by means of handcarts and_are brought from the baling press_to a storage_facility and are stacked there in rows_next_to each other and one on_top_of another in a plurality of_layers._A_forklift truck is shown for_this in DE-A-40 29 759. This_technique is labor-intensive and error-prone if different pressed bales,_which must be_handled and stored separately, are_produced_in_a pressing unit.
It has also been known that the pressed_bales can_be transported with_a crane and a grab hanging on cables. The grab_can grasp a single bale only and_only from the top. In addition, the crane must have been_absolutely stopped for this. The conveying capacity is_appreciably limited by this.
High-shelf storage areas, in_which the pressed bales_are_placed one by one into shelf compartments,_have_also_been_known in practice._The storage technique_is very expensive,_because it_requires