Iinkqubo zokulawula ifriji kunye nobushushu zidlala indima ephambili ekulawuleni ii-microorganisms kunye nokwandisa ubomi beshelufu yokutya okuninzi. Iifriji ze-Cryogenic ezifana ne-nitrogen ye-liquid okanye i-carbon dioxide (CO2) zisetyenziswa ngokuqhelekileyo kwishishini lenyama kunye neenkukhu ngenxa yokukwazi ukukhawuleza kunye nokunciphisa amaqondo okushisa okutya ngexesha lokucubungula, ukugcinwa kunye nokuthutha. Ikhabhon diokside ngokuqhelekileyo iye yaba yifriji yokuzikhethela ngenxa yokuguquguquka okukhulu kunye nokusetyenziswa kwiinkqubo zefriji, kodwa i-nitrogen engamanzi ikhule ngokuthandwa kwiminyaka yakutshanje.
I-nitrogen ifumaneka emoyeni kwaye yeyona nto iphambili, ibalwa malunga ne-78%. Iyunithi yoLwahlulo loMoya (ASU) isetyenziselwa ukubamba umoya ovela emoyeni kwaye emva koko, ngokupholisa kunye nokwahlulahlula, ukwahlula iimolekyuli zomoya zibe yinitrogen, ioksijini kunye neargon. I-nitrogen ke iyanyibilika kwaye igcinwe kwiitanki ze-cryogenic eziyilwe ngokukodwa kwindawo yomthengi kwi -196 ° C kunye ne-2-4 barg. Ngenxa yokuba owona mthombo wenitrogen ngumoya kwaye ayizizo ezinye iinkqubo zemveliso yemizi-mveliso, ukuphazamiseka konikezelo akunakufane kwenzeke. Ngokungafaniyo ne-CO2, i-nitrogen ikhona kuphela njengolwelo okanye igesi, ethintela ukuguquguquka kwayo njengoko ingenayo isigaba esiqinileyo. Xa ukutya kudibene ngokuthe ngqo, initrogen engamanzi ikwadlulisela amandla ayo okupholisa ekutyeni ukuze kuphole okanye kube ngumkhenkce ngaphandle kokushiya nayiphi na intsalela.
Ukukhethwa kwefriji esetyenzisiweyo kuxhomekeke ngokukodwa kuhlobo lwesicelo se-cryogenic, kunye nokufumaneka komthombo kunye nexabiso le-nitrogen engamanzi okanye i-CO2, njengoko oku ekugqibeleni kuchaphazela ngokuthe ngqo iindleko zokutya kwefriji. Amashishini amaninzi okutya ngoku nawo ajonge imikhondo yawo yekhabhoni ukuqonda ukuba ezi zinto zichaphazela njani ukwenza izigqibo zabo. Olunye uqwalaselo lweendleko lubandakanya iindleko ezinkulu zezisombululo zezixhobo ze-cryogenic kunye neziseko zophuhliso ezifunekayo ukwahlula uthungelwano lwemibhobho ye-cryogenic, iinkqubo zokukhupha, kunye nezixhobo zokubeka iliso ezikhuselekileyo zegumbi. Ukuguqula isityalo se-cryogenic esele sikhona ukusuka kwesinye isikhenkcisi ukuya kwesinye kufuna iindleko ezongezelelweyo kuba, ukongeza ekutshintsheni indawo yolawulo lwegumbi elikhuselekileyo ukuze lihambelane nefriji esetyenziswayo, umbhobho we-cryogenic kaninzi kufuneka utshintshwe ukuze uhambelane noxinzelelo, ukuhamba, kunye nokugquma. iimfuno. Kwakhona kunokuba yimfuneko ukuphucula inkqubo yokukhupha malunga nokunyusa ububanzi bombhobho kunye namandla okuvuthela. Iindleko zokutshintsha zizonke kufuneka zivavanywe ngokwemeko nganye ukuze kubonwe ukuba nokwenzeka kwezoqoqosho ukwenza oko.
Namhlanje, ukusetyenziswa kwenitrogen engamanzi okanye i-CO2 kushishino lokutya kuxhaphakile, njengoko uninzi lweetonela ze-Air Liquide kunye ne-ejectors ziyilelwe ukusetyenziswa kunye neefriji zombini. Nangona kunjalo, ngenxa yobhubhani we-COVID wehlabathi, ukufumaneka kwentengiso ye-CO2 kutshintshile, ikakhulu ngenxa yotshintsho kumthombo we-ethanol, ngoko ke ishishini lokutya liya linomdla kwezinye iindlela, ezinjengokutshintsha okunokwenzeka kwi-nitrogen engamanzi.
Ukusetyenziswa kwefriji kunye nokulawula ubushushu kwimisebenzi yokuxuba / i-agitator, inkampani yenzelwe i-CRYO INJECTOR-CB3 ukuba ihlaziywe ngokulula kulo naluphi na uhlobo lwezixhobo ze-OEM, ezintsha okanye ezikhoyo. I-CRYO INJECTOR-CB3 inokuguqulwa ngokulula ukusuka kwi-CO2 ukuya kwi-nitrogen yokusebenza kwaye ngokuphambene noko ngokutshintsha nje i-injector yokufaka kwi-mixer / mixer. I-CRYO INJECTOR-CB3 yi-injector ekhethwayo, ngakumbi kwii-OEMs ze-faucet zamazwe ngamazwe, ngenxa yokusebenza kwayo okupholileyo okumangalisayo, uyilo lococeko kunye nokusebenza ngokubanzi. I-injector iphinde ibe lula ukuyichitha kwaye iphinde idibanise ukucoca.
Xa i-CO2 inqabile, izixhobo zomkhenkce ezomileyo ze-CO2 ezifana ne-combo / i-coolers ephathekayo, iikona zekhephu, i-pellet mill, njl. njl uyilo. Iingcali zokutya ze-ALTEC ziya kuthi ke zivavanye inkqubo yangoku yomthengi kunye nemilinganiselo yokuvelisa ukucebisa enye ufakelo lwe-cryogenic usebenzisa initrogen engamanzi.
Ngokomzekelo, inkampani iye yavavanya ngokubanzi ukuba nokwenzeka kokutshintsha i-ice eyomileyo ye-CO2 / indibaniselwano epholileyo ephathekayo kunye ne-CRYO TUNNEL-FP1 usebenzisa i-nitrogen engamanzi. I-CRYO TUNNEL-FP1 inamandla afanayo okupholisa ngokufanelekileyo ukusikeka okukhulu kwenyama eshushu ye-deboned ngokusebenzisa inkqubo elula yokulungiswa kwakhona, okwenza kube lula ukudibanisa iyunithi kumgca wokuvelisa. Ukongeza, uyilo lococeko lwe-CRYO TUNNEL-FP1 Cryo Tunnel inokukhutshwa kwemveliso efunekayo kunye nenkqubo yokuxhasa ukuhambisa ukuhambisa ezi ntlobo zeemveliso ezinkulu nezinzima, ezingenazo ezinye iintlobo zeetonela ze-cryo.
Ingaba unenkxalabo malunga nemiba yomgangatho wemveliso, ukungabikho komthamo wemveliso, ukungabikho kobonelelo lwe-CO2, okanye ukunciphisa i-carbon footprint, iqela le-Air Liquide le-technologists yokutya linokukunceda ngokucebisa ezona zisombululo zefriji kunye nezixhobo ze-cryogenic ekusebenzeni kwakho. Uluhlu lwethu olubanzi lwezixhobo ze-cryogenic zenzelwe ucoceko kunye nokuthembeka kokusebenza kwengqondo. Izisombululo ezininzi ze-Air Liquide ziyakwazi ukuguqulwa ngokulula ukusuka kwifriji enye ukuya kwenye ukunciphisa iindleko kunye nokuphazamiseka okuhambelana nokutshintsha izixhobo ezikhoyo ze-cryogenic kwixesha elizayo.
I-Westwick-Farrow Media iTxiwe iBag 2226 North Ryde BC NSW 1670 ABN: 22 152 305 336 www.wfmedia.com.au Sithumele i-imeyile
Izitishi zethu zemidiya yeshishini lokutya - iindaba zamva nje ezisuka kwiTekhnoloji yoKutya kunye nemagazini yeMveliso kunye newebhusayithi yoKulungisa ukutya - zibonelela ngokutya okuxakekileyo, ukupakisha kunye neengcali zokuyila ngomthombo olula, olungele ukuwusebenzisa abawudingayo ukuze bafumane ulwazi oluxabisekileyo. ulwazi lweshishini oluvela kwi-Power Matters Amalungu anokufikelela kumawaka womxholo kwiindlela ezahlukeneyo zemidiya.
Ixesha lokuposa: Apr-13-2023