Gabatarwa na maganin acid na glutamic acid
Glutamic acid muhimmancin amino acid wanda ba shi da mahimmanci aminin halitta wanda ba shi da mahimmanci a cikin yanayi da ɗayan bangarorin farko na sunadarai. Sodium gishiri, sodium glutamate (Msg, monosodium glutamate), shi ne mafi yawan abinci da aka gama gari. Glutamic acid da abubuwan da aka samu suna da aikace-aikace mai yawa a cikin magunguna, abinci, kayan kwalliya, da aikin gona.
The biological fermentation production of glutamic acid utilizes starchy raw materials (such as corn and cassava) as the primary carbon source, achieving industrial-scale production through four main stages: pretreatment, fermentation, extraction, and purification.
The biological fermentation production of glutamic acid utilizes starchy raw materials (such as corn and cassava) as the primary carbon source, achieving industrial-scale production through four main stages: pretreatment, fermentation, extraction, and purification.
Muna samar da cikakken kewayon sabis na Injiniya, gami da aikin shirya aiki, tsarin ƙirar, kayan aiki, jagorar sarrafa lantarki, jagorar shigarwa.
Tsarin ƙwayoyin halittar halitta ya gudana
Hatsi
Mymacic acid
Fasahar Cleco & Abincin Masana'antu
Sabbin abubuwa a cikin hanyoyin enzymatic
Babban tsarkakakku da samar da kore: amfani da fasahar da keɓaɓɓiyar fasahar Dualu don rage samarwa mai mahimmanci, a daidaita tare da ƙa'idodin muhalli na duniya.
Breakthrough a cikin fasahar impzili: Aikin Magnetic Nano-Nano don kunna Enzyme Reuse, inganta ci gaba da samar da makamashi gaba daya.
Sabbinna a cikin ilmin halitta na roba
Tsarin talili: amfani da fasahar kwayar halitta (E.G., Cristi) don haɓaka Coryneebicterium, inganta haɓakar acid da kuma substrate da acid da kuma substrate da acid da unfization.
Tsarin Multi-enzyme: haɓaka tsarin Catcyme Multi-enzyme mai yawa, kamar samarwa na Artemisin Roba, don faɗaɗa masana'antu na ƙirar ƙimar (E.G., D-Pyroglutamic acid).
Haɗin tattalin arziki
Yin amfani da albarkatu: Canza ɓawon burodi ta hanyar samar da ƙwayoyin cuta, ci gaba da rage ƙarancin kayan sharar ƙasa da sabuntawar kayan.
Babban tsarkakakku da samar da kore: amfani da fasahar da keɓaɓɓiyar fasahar Dualu don rage samarwa mai mahimmanci, a daidaita tare da ƙa'idodin muhalli na duniya.
Breakthrough a cikin fasahar impzili: Aikin Magnetic Nano-Nano don kunna Enzyme Reuse, inganta ci gaba da samar da makamashi gaba daya.
Sabbinna a cikin ilmin halitta na roba
Tsarin talili: amfani da fasahar kwayar halitta (E.G., Cristi) don haɓaka Coryneebicterium, inganta haɓakar acid da kuma substrate da acid da kuma substrate da acid da unfization.
Tsarin Multi-enzyme: haɓaka tsarin Catcyme Multi-enzyme mai yawa, kamar samarwa na Artemisin Roba, don faɗaɗa masana'antu na ƙirar ƙimar (E.G., D-Pyroglutamic acid).
Haɗin tattalin arziki
Yin amfani da albarkatu: Canza ɓawon burodi ta hanyar samar da ƙwayoyin cuta, ci gaba da rage ƙarancin kayan sharar ƙasa da sabuntawar kayan.
Msg
Center-tushen cin ganyayyaki
Abincin-karin
Yin burodi
Abincin dabbobi
Deep na kifi abinci
Tsarin Samarwa
Samfura masu dangantaka
Ana maraba da ku don tuntuɓar Maganganun Mu, Zamu Sadu da ku A Cikin Lokaci Kuma Mu Samar da / ^ ƙwararrun Magani
Cikakken Sabis na Rayuwa
Muna ba abokan ciniki cikakken aikin injiniya na sake zagayowar rayuwa kamar tuntuɓar, ƙirar injiniya, samar da kayan aiki, sarrafa aikin injiniya, da sabis na sabuntawa.
Muna nan don Taimakawa.
Tambayoyin da ake yawan yi
-
Tsarin tsabtace CIP+Kayan tsabtace tsarin CIP shine kayan aikin samar da kayan aikin samarwa da tsarin tsabtace atomatik. Ana amfani dashi kusan dukkanin abinci, abin sha da masana'antu na magunguna.
-
Jagoran Man Fetur da Cire+akwai bambance-bambance masu mahimmanci tsakanin su biyun ta fuskar dabarun sarrafawa, abun ciki mai gina jiki, da buƙatun albarkatun ƙasa.
-
Iyakar Sabis na Fasaha don Maganin Kwayoyin Halitta na tushen hatsi+A jigon ayyukanmu sune ci-gaba na duniya, tsari, da fasahar samarwa.
Tambaya
