1.1 Unyino kwiiNdlela zeClassical Chemical Synthesis

Inkqubo "yenyathelo elinye" yobushushu obuphezulu bepolymerization ye-glucose, i-sorbitol kunye ne-citric acid phantsi kweemeko ze-vacuum ikhulile kodwa ineziphene ezicacileyo:

Ubushushu bokusabela kufuneka lulawulwe ngokungqongqo kwi-130-160℃ (±2℃).

Imveliso inezinga elibanzi lokusabalalisa i-polymerization (kunye namaxabiso e-DP ukusuka kwi-2 ukuya kwi-100).

Izinga lokulahleka kwe-decolorization elandelayo, i-desalination kunye namanyathelo okucoca afikelela kwi-15%

1.2 Impumelelo kwiiNkqubo ze-Enzymatic

Ngo-2023, i-"Dual-enzyme Synergistic Catalytic System" ephuhliswe yiYunivesithi yaseJiangnan iphumelele impumelelo ephambili:

I-catalysis edibeneyo ye-immobilized glucosyltransferase (GTase) kunye ne-pululan yamkelwa

Iimeko zokusabela zinobulali (60℃/ uxinzelelo lwe-atmospheric)

Ukuphuculwa kokulawulwa kobunzima bemolekyuli (Iimveliso ezinokwenziwa ngokwezifiso ezingama-500-5000Da)

Isahluko sesibini: Ukuphunyezwa kweNkqubo yeMveliso yobuNgcali yeSizukulwana sesine

I-"5G + Industrial Internet "umgca wemveliso we-Shandong Longda Biotech, ocwangciselwe ukuba usebenze ngo-2024, ubonisa ukusebenza kakuhle okumangalisayo:

Unyango lwangaphambili lwezinto ezikrwada: Isixokelelwano sokuhlela esibonwayo se-AI sisetyenziselwa ukususa iikristale zeglucose ezingekho mgangathweni

Ukuphendula kwePolymerization: I-catalysis encediswa yiMicrowave inciphisa ixesha lokuphendula ukuya kwisinye kwisithathu seenkqubo zemveli.

Inkqubo yokucoca: Iteknoloji edibeneyo ye-molecular distillation kunye ne-nanofiltration ifezekisa ukucoceka kwe-99.2%

Ukuthelekiswa kweeparamitha eziphambili

Iimpawu: Inkqubo yesiNtu Inkqubo yangoku Ukusetyenziswa kwamandla (kWh/kg)8.73.2 Ukusetyenziswa kwamanzi (m3/t)154.5 Isivuno (%)6892

Isahluko sesithathu: IiParadigms eziNtsha zokuVeliswa koHlaza

3.1 Ukusetyenziswa okukwixabiso eliphezulu kweemveliso eziphuma emva koko

Ukutsalwa kwee-xylooligosaccharides kulwelo olushiyekileyo lwepolymeric (ixabiso lemarike yuan eyi-120,000 ngetoni nganye)

Ii-microbial agents ziveliswa kwiintsalela zenkunkuma ngokuvundiswa kombuso oqinileyo

3.2 Ulawulo lweCarbon Footprint

Uvavanyo lwamva nje lweLCA lweHuaxi Biotech lubonisa:

Ukukhutshwa kwekhabhoni ngetoni ye-polydextrose yehle ukusuka kwi-2.1tCO?e ukuya kwi-0.7tCO?e

Ukufezekisa i-30% yokutshintshwa kombane oluhlaza kumgca wemveliso ngokusebenzisa ukunikezelwa kwamandla e-photovoltaic

Isahluko sesine: Ipatheni eNtsha yoKhuphiswano lweTekhnoloji yeHlabathi kunye neNtsebenziswano

I-Eu: Ukugxila kuphando lwe-synergistic ye-polydextrose kunye ne-Probiotics (amabango ezempilo e-13 e-EFSA avunyiwe)

EJapan: Kuphuhliswe iimveliso ezinobunzima obuphantsi (800-1500Da) kubantu abadala

I-China: Ihamba phambili kwizixhobo zokuvelisa eziqhubekayo (izixhobo ezithunyelwa ngaphandle kwe-Asia-mpuma ye-Asia nakuMbindi Mpuma)

Unobhala-jikelele we-China Bio-Fermentation Industry Association ubhengeze: "Ngexesha le-14 leminyaka yeSicwangciso seMinyaka emiHlanu, umgangatho wesizwe 'uVavanyo lweNgcaciso yeeFactory zeGlucose eGreen' iya kwenziwa."

Ikamva elizayo

Ngokungeniswa kwetekhnoloji yebhayoloji yokwenziwa, "indlela ye-biosynthesis" yokudibanisa ngqo i-polyglucose usebenzisa iifektri zeeseli ingene kwinqanaba lokulinga. Iprojekthi yokuguqulwa kobunzima bobunjineli ye-Tianjin Institute of Industrial Biotechnology, i-Chinese Academy of Sciences, ibonisa ukuba ngokwethiyori, iindleko zokuvelisa zingancitshiswa ukuya kwi-40% yezinga langoku.