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Source (Source): {"body":{"de":"To create a huge recylcing system, since PET plastic can be recycled highly efficient and with very low cost- less cost than producing new one from fossil fuels. \n\nMore info for example on: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","machine_translations":{"bg":"Да се създаде система за превключване на Huge, тъй като PET може да бъде рециклиран с висока ефективност и с много ниски емисии на COST – по-малко разходи в сравнение с производството на нов от изкопаеми горива. Повече информация за разглеждане на: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","cs":"Vytvořit systém recylování v Huge, protože PET lze recyklovat vysoce efektivním způsobem a s velmi nízkým COST, což je méně nákladné než výroba nového z fosilních paliv. Další informace k posouzení: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","da":"At skabe et hukommelsessystem, da PET kan genanvendes meget effektivt og med meget lave COST — mindre omkostninger end produktion af nye produkter fra fossile brændstoffer. Læs mere om: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","el":"Να δημιουργηθεί ένα σύστημα ανακυκλοφορίας Huge, δεδομένου ότι το PET μπορεί να ανακυκλώνεται πολύ αποδοτικά και με πολύ χαμηλό COST — χαμηλότερο κόστος από την παραγωγή νέου από ορυκτά καύσιμα. Περισσότερες πληροφορίες προς εξέταση σχετικά με: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","en":"To create a Huge recylcing system, since PET can be recycled highly efficient and with very low COST — less cost than producing new one from fossil fuels. More info for examination on: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","es":"Crear un sistema de reajuste Huge, ya que el PET puede reciclarse muy eficazmente y con COST muy bajo, menos costoso que producir uno nuevo a partir de combustibles fósiles. Más información para su examen sobre: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","et":"Luua Huge retsüleerimissüsteem, kuna polüetüleentereftalaat on väga tõhus ja väga väikese COSTiga ringlussevõtt on odavam kui uue tootmine fossiilkütustest. Täiendav teave tutvumiseks: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","fi":"Hugen recylcing -järjestelmän luominen, koska PET:tä voidaan kierrättää erittäin tehokkaasti ja sen COST-kustannukset ovat hyvin alhaiset, mikä on halvempaa kuin uuden fossiilisen polttoaineen tuottaminen. Lisätietoja seuraavilta osin: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","fr":"Tocreate a Huge recylcing system, since PET can be recyled highly efficient and with very low COST- less cost than producing new one from fossil fuels. More info for example on: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","ga":"Chun córas athchúrsála ollmhór a chruthú, ós rud é gur féidir PET a athchúrsáil an-éifeachtach agus le COST an-íseal – níos lú costais ná ceann nua a tháirgeadh ó bhreoslaí iontaise. Tuilleadh eolais le scrúdú a dhéanamh ar: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","hr":"Stvaranje sustava hlađenja Huge jer se PET može reciklirati vrlo učinkovito i s vrlo niskim COST-om – jeftiniji od proizvodnje novog iz fosilnih goriva. Više informacija za pregled: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","hu":"Huge recylcing rendszer létrehozása, mivel a PET újrahasznosítható és rendkívül alacsony szén-dioxid-kibocsátású – kevesebb költséggel jár, mint a fosszilis tüzelőanyagokból történő új gyártás. További információk a következőkről: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","it":"Creare un sistema di recyling Huge, dal momento che il PET può essere riciclato altamente efficiente e con una COST molto bassa, meno costosa rispetto alla produzione di un nuovo prodotto a partire da combustibili fossili. Per maggiori informazioni, consultare il sito: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","lt":"Sukurti „Huge recylcing“ sistemą, nes PET gali būti perdirbamas labai efektyviai ir naudojant labai mažą COST kiekį, t. y. pigiau nei gaminant naują iškastinį kurą. Daugiau informacijos apie tai, kaip nagrinėti: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","lv":"Izveidot Huge reciklēšanas sistēmu, jo PET var pārstrādāt ļoti efektīvi un ar ļoti zemām COST izmaksām – mazāk nekā jaunas enerģijas ražošana no fosilajiem kurināmajiem. Plašāka informācija par: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","mt":"Biex tinħoloq sistema ta’ reċiklaġġ ta’ Huge, peress li l-PET jista’ jiġi riċiklat b’effiċjenza għolja u b’COST baxx ħafna — inqas spejjeż mill-produzzjoni ta’ waħda ġdida mill-fjuwils fossili. Aktar informazzjoni għal eżami dwar: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","nl":"Het opzetten van een „Huge recylcing system”, aangezien PET zeer efficiënt kan worden gerecycleerd en met zeer lage COST kan worden gerecycleerd — minder kosten dan het produceren van een nieuw systeem met fossiele brandstoffen. Meer informatie over: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","pl":"Stworzenie systemu recyrkulacji Huge, ponieważ PET może być poddawany recyklingowi o bardzo niskiej wydajności i bardzo niskim koszcie niż produkcja nowego z paliw kopalnych. Więcej informacji na temat: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","pt":"Criar um sistema de recilação de Huge, uma vez que o PET pode ser reciclado de forma altamente eficiente e com um COST muito baixo — menos dispendioso do que produzir um novo a partir de combustíveis fósseis. Para mais informações, consultar: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","ro":"Pentru a crea un sistem de reciclare Huge, deoarece PET poate fi reciclat foarte eficient și cu COST foarte scăzut — costuri mai mici decât producerea unuia nou din combustibili fosili. Mai multe informații pentru examinare sunt disponibile la adresa: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","sk":"Vytvoriť systém rekultivácie v Huge, keďže PET možno recyklovať vysoko efektívne a s veľmi nízkymi nákladmi na COST – menej nákladné ako výroba nového z fosílnych palív. Viac informácií na preskúmanie: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","sl":"Vzpostaviti sistem reciklaže Huge, saj je mogoče PET reciklirati visoko učinkovito in z zelo nizkim COST-om, kar je manj stroškov kot proizvodnja novega iz fosilnih goriv. Več informacij za pregled je na voljo na: https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2","sv":"Att skapa ett återvinningssystem med Huge, eftersom PET kan återvinnas mycket effektivt och med mycket låg COST – lägre kostnad än att producera nytt från fossila bränslen. Läs mer om https://www.cambridge.org/core/journals/mrs-energy-and-sustainability/article/abs/rise-of-the-sustainable-circular-economy-platform-from-waste-plastics-a-biotechnological-perspective/949C63AF11866C34E26767F198CA36A2"}},"title":{"de":"Deposit on any PET packaging in whole EU","machine_translations":{"bg":"Депониране върху всички опаковки от PET в целия ЕС","cs":"Uložení na jakémkoliv PET obalu v celé EU","da":"Pantsætning på PET-emballage i hele EU","el":"Εναπόθεση σε κάθε συσκευασία PET σε ολόκληρη την ΕΕ","en":"Deposit on any PET packaging in whole EU","es":"Depósito en cualquier envase de PET en toda la UE","et":"PET-pakendi tagatisraha kogu ELis","fi":"Pantaaminen kaikkiin PET-pakkauksiin koko eu:ssa","fr":"Deposit on any PET packaging in whole EU","ga":"Taisce ar aon phacáistiú PET san AE ina iomláine","hr":"Polaganje na bilo kojoj ambalaži PET-a u cijelom EU-u","hu":"Letétbe helyezés bármely PET csomagoláson az egész EU-ban","it":"Deposito su qualsiasi imballaggio in PET in tutta l'UE","lt":"Deponavimas ant bet kokių PET pakuočių visoje ES","lv":"Glabāšana uz PET iepakojuma visā ES","mt":"Depożitu fuq kwalunkwe imballaġġ tal-PET fl-UE kollha","nl":"Statiegeld op alle PET-verpakkingen in de hele EU","pl":"Składowanie na wszelkich opakowaniach PET w całej UE","pt":"Depósito em qualquer embalagem PET em toda a UE","ro":"Depozit pe orice ambalaj PET din întreaga UE","sk":"Uloženie na akomkoľvek obale PET v celej EÚ","sl":"Položite na kakršno koli embalažo PET v celotni EU.","sv":"Pant på PET-förpackningar i hela EU"}}}

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