Amfani da Fasahar Rage Molecular a Tsarkake Diglycerides

Takaitaccen Bayani: Rage sinadarin ƙwayoyin halitta, wanda kuma aka sani da distillation na gajere, tsari ne na distillation wanda ba shi da daidaito wanda ke cimma rabuwar abubuwa a ƙarƙashin babban injin iska bisa ga bambance-bambancen da ke cikin matsakaicin hanyar motsi na kwayoyin halitta na abubuwa daban-daban. Fasahar distillation ta kwayoyin halitta tana da babban matakin injin iska, ƙarancin zafin distillation, ɗan gajeren lokacin dumama, da ingantaccen rabuwar abubuwa. Saboda haka, tana iya ƙara rage farashin rabuwar kayan da ke da babban wurin tafasa, kare ingancin kayan da ke da zafi, kuma ya dace da rabuwa da tsarkake abubuwan da ke da babban wurin tafasa, masu saurin zafi, da kuma waɗanda za a iya amfani da su cikin sauƙi. A halin yanzu, an yi amfani da fasahar distillation ta kwayoyin halitta a masana'antu kamar su petrochemical, sinadarai masu kyau, da abinci. Wannan takarda tana nazarin aikace-aikacen fasahar distillation ta kwayoyin halitta wajen tsarkake diglycerides.

Kalmomi Masu Mahimmanci: Fasahar Rage Molecular Distillation; diglycerides; aikace-aikacen tsarkakewa

A fannin samar da sinadarai, akwai abubuwa da yawa a cikin nau'in gauraye. Domin biyan buƙatun samarwa da amfani, waɗannan abubuwa suna buƙatar a raba su zuwa wani takamaiman tsarki. Daga cikin hanyoyin rabuwa daban-daban, distillation abu ne da aka saba gani, kuma fasahar distillation ta kwayoyin halitta tana ba da fa'idodi masu yawa. A halin yanzu, tare da saurin ci gaban masana'antar sinadarai, ɓangaren ya fara ba da fifiko ga ci gaban fasaha da ci gaba. Lokacin amfani da fasahar distillation ta kwayoyin halitta, dole ne a sarrafa fannoni kamar tsarin samarwa da samfuran ƙarshe kuma a yi aiki da su daga hangen nesa na kore, ta haka ne za a tabbatar da ci gaban sinadarai masu kyau na kore.

I.Bayani game da Fasahar Rage Molecular Distillation

1. Ka'idojin Asali na Fasahar Rage Molecular Distillation

Fasahar tace sinadarai wata dabara ce ta samar da sinadarai da ta jawo hankali a cikin gida da kuma na duniya baki daya. Siffa ta musamman ita ce fasahar raba sinadarai ta jiki, wadda ta bambanta da hanyoyin tace sinadarai ta gargajiya, kuma ta fi ta gargajiya kyau dangane da karfin fasaha da ingancin rabuwa. Ƙarfin rabuwa a fasahar tace sinadarai ya fito ne daga motsin kwayoyin halitta daban-daban da kuma bambance-bambancen da ke faruwa a cikin hanyoyin da ba su da 'yanci. Lokacin da matsin lamba a cikin mai raba sinadarai ya ragu kuma zafin jiki ya tashi, motsin kwayoyin halitta yana ƙaruwa, wanda ke haifar da raguwar diamita na kwayoyin halitta. Yayin da mai raba sinadarai ke aiki, bambance-bambancen da ke cikin diamita na kwayoyin halitta ke ƙara girma, wanda a ƙarshe ke cimma rabuwar sinadaran. Na'urar raba sinadaran ta haɗa da mai fitar da iska, faranti na dumama, faranti na tace sinadarai, da sauransu. A ƙarƙashin yanayi mai ƙarfi, aiki na faranti na dumama da faranti na tace sinadarai a lokaci guda yana sa ƙwayoyin halitta a cikin ruwan da aka gauraya su rabu su kuma su kwarara zuwa faranti na tace sinadarai, wanda a ƙarshe ya cimma nasarar rabuwar sinadaran.

2. Manyan Fasaha a Fannin Rage Molecular Distillation

Domin baiwa fasahar tace kwayoyin halitta damar taka muhimmiyar rawa a samar da sinadarai masu kyau na kore, ya zama dole a yi cikakken nazari kan manyan fasahohin da ake amfani da su a tsarin tace kwayoyin halitta. Da fahimtar da ta dace ne kawai za a iya amfani da wannan fasaha wajen samun sakamako mafi kyau. Ana amfani da hanyoyi da dama na fasaha wajen tace kwayoyin halitta. Na farko shine fasahar tace kwayoyin halitta mai inganci. Wannan shine mabuɗin aiwatar da dukkan tsarin tace kwayoyin halitta cikin sauƙi. Amfani da fasahar tace kwayoyin halitta mai inganci na iya haifar da yanayi mai kyau don tace kwayoyin halitta, ta haka ne za a tabbatar da aiki na yau da kullun na hanyoyin tace kwayoyin halitta. Injin tace kwayoyin halitta mai inganci shima muhimmin bangare ne na fasahar. A cikin aiwatar da amfani da fasahar tace kwayoyin halitta, yana da mahimmanci a tabbatar da cewa tsarin injin tace kwayoyin halitta ya cika buƙatun samarwa, don tabbatar da rabuwar kayan aiki mai inganci. Bugu da ƙari, akwai tsarin jigilar kayan. Wannan yana aiki a matsayin jijiya don aikin fasahar tace kwayoyin halitta. Wannan tsarin yana buƙatar ƙarin haɓakawa don haɓaka amincin fasahar tace kwayoyin halitta da kuma tabbatar da ci gaba da ci gabanta.

II. Ka'idoji da Halayen Ragewar Kwayoyin Halitta

1. Ka'idoji na Asali

Na'urar tacewa ta al'ada ta dogara ne akan daidaiton tururi da ruwa, tare da bambance-bambancen da ke tsakanin abubuwan da ke cikin sinadaran, kuma ana yin rabuwar ne a zafin tafasar cakuda. Na'urar tacewa ta kwayoyin halitta, a gefe guda, tana cimma rabuwa tsakanin abubuwa a ƙarƙashin babban injin iska bisa ga bambance-bambancen da ke cikin matsakaicin hanyar motsi na kwayoyin halitta na abubuwa daban-daban. Na'urar tacewa ta kwayoyin halitta wata hanya ce ta na'urar tacewa ta manyan injin iska inda ake yin rabuwar a ƙasa da wurin tafasar abubuwan, wanda hakan ke sa ta zama tsarin na'urar tacewa ta rashin daidaito gaba ɗaya. A lokacin aikin na'urar tacewa ta kwayoyin halitta, ƙwayoyin haske suna da babban hanyar na'urar cirewa ta manyan injin iska, yayin da ƙwayoyin masu nauyi suna da ƙaramin hanyar na'urar cirewa ta ƙananan injin iska. Idan an sanya saman na'urar sanyawa a nesa da saman na'urar fitar da hayaki wanda bai kai matsakaicin hanyar na'urar sanyawa ta haske ba amma ya fi na ƙwayoyin masu nauyi girma, ƙwayoyin masu haske za su faɗi a saman na'urar sanyawa kuma su taru. Wannan yana kawo cikas ga daidaiton motsi na kwayoyin halitta, yana sa su ci gaba da tserewa. A halin yanzu, ƙwayoyin masu nauyi, waɗanda ba za su iya isa saman na'urar sanyawa ba, suna komawa zuwa saman ruwa na asali kuma da sauri su kusanci daidaiton motsi. Saboda haka, an raba sassan da ke cikin cakuda daban-daban.

2. Fa'idodi da Iyakokin Fasahar Rage Molecular

Dangane da ka'idodin aiki na fasahar tace kwayoyin halitta, za a iya taƙaita halaye da dama. Na farko, ba kamar tace kwayoyin halitta ba, tsarin rabuwar kwayoyin halitta ba ya buƙatar yanayi mai zafi sosai. Wannan saboda tace kwayoyin halitta ya dogara ne kawai akan motsin kwayoyin halitta don rabuwa, ba akan wuraren tafasa ba. Saboda haka, a cikin aiki na zahiri, ya kamata a ajiye zafin jiki a ƙasa da wurin tafasa. Idan aka kwatanta da tace kwayoyin halitta na gargajiya, tace kwayoyin halitta yana buƙatar ƙaramin matsin lamba, kuma raguwar matsin lamba yana haifar da raguwar wurin tafasa. Tunda zafin da wannan fasaha ke buƙata ba lallai bane ya isa wurin tafasa, zafin aiki na tace kwayoyin halitta ya yi ƙasa da na tace kwayoyin halitta na gargajiya. Tace kwayoyin halitta tsari ne na tace kwayoyin halitta wanda ba shi da daidaito tare da fa'idodi da yawa. Na farko shine ƙarancin zafin jiki na aiki. A cikin tace kwayoyin halitta, idan kwayoyin tururi suka tsere daga matakin ruwa, za a iya raba su ba tare da isa ga yanayin tafasa ba. Wani fa'ida shine ƙarancin matsin lamba na aiki. Don samun babban hanyar 'yanci mai yawa, dole ne a rage matsin lamba na tace kwayoyin halitta. Saboda kayan aikin tace kwayoyin halitta suna da sauƙi kuma raguwar matsin lamba na ciki ƙarami ne, ana iya samun mafi girman injin tsotsa. Na gaba shine ɗan gajeren lokacin dumama. Bisa ga ka'idar distillation na kwayoyin halitta, ƙwayoyin haske da ke fitowa daga saman distillation suna isa saman distillation ba tare da kusan karo ba, wanda ke haifar da ɗan gajeren lokacin dumama. Bugu da ƙari, ingancin rabuwa yana da yawa. A lokaci guda, aikin distillation na kwayoyin halitta dole ne ya cika sharuɗɗa da yawa. Na farko, ya kamata a sami wani bambanci a cikin hanyoyin 'yanci na ƙwayoyin haske da masu nauyi. Na biyu, nisan da ke tsakanin saman distillation da saman distillation dole ne ya zama ƙasa da matsakaicin hanyar 'yanci na ƙwayoyin haske. Idan aka kwatanta da distillation na al'ada, distillation na kwayoyin halitta yana da fa'idodi da yawa masu ban mamaki, amma kuma yana da wasu ƙuntatawa. Saboda distillation na kwayoyin halitta yana buƙatar rabuwa a ƙarƙashin babban injin, yana buƙatar kayan aiki masu tsada da buƙatun ƙira da fasaha mafi girma.

III. Haɗakar Enzymatic na Diglycerides

1. Ƙirƙirar yanayi

Esterification yana amfani da glycerol da free fatty acids a matsayin kayan aiki da kuma lipase a matsayin mai kara kuzari don samar da DAG (diglycerides). A lokacin aikin esterification, ana samar da kayayyakin da suka rage kamar TAG (triglycerides) da MAG (monoglycerides). Ruwan da ake samarwa a cikin esterification reaction ba wai kawai yana hana ci gaban reaction gaba ba, har ma yana rage aikin lipase. Saboda haka, sarrafa abun da ya dace na ruwa yana da mahimmanci. Yawanci, adadin free fatty acids da ake samarwa ya fi na glycerol girma don samar da isasshen free fatty acids don esterification tare da glycerol, amma bai kamata ya wuce gona da iri ba, in ba haka ba yana iya zama da wahala a cire shi a ƙarshen reaction ko kuma yana iya shafar aikin lipase saboda yawan acidity. Hanyar esterification kai tsaye tana da fa'idodi kamar ɗan gajeren lokacin reaction, yawan tsarkin samfur, da matakan reaction masu sauƙi. Duk da haka, saboda free fatty acids suna da tsada sosai, farashin hanyar esterification kai tsaye yana da yawa.

2. Tsarin Ruwa Mai Tsami

Hanyar hydrolysis ta ɓangare ta ƙunshi yin martani ga TAG da ruwa da enzyme don samun cakuda DAG, MAG, da FFA (free fatty acids). Sannan ana samun DAG na tsarki mai yawa ta hanyar cire ruwa, MAG, FFA, da ragowar TAG ta hanyar distillation na kwayoyin halitta. Hanyar hydrolysis ta ɓangare tana da tsari mai sauƙi da ƙarancin farashi. Duk da haka, wannan tsari yana gabatar da ruwa, wanda zai iya rage ingancin mai, musamman mai mai yawan polyunsaturated fatty acids. Kafin amsawar ta faru, narkewar ruwa a cikin kayan mai da farko yana shafar ƙimar amsawar. Saboda haka, sau da yawa ana ƙara sinadarai masu narkewa ko surfactants na halitta zuwa ga amsawar hydrolysis na ɓangare don ƙara yawan narkewar masu amsawa da inganta yawan DAG.

3. Glycerolysis

Glycerolysis ita ce hanya mafi araha don samar da DAG. Enzymatic glycerolysis yana amfani da TAG da glycerol a matsayin kayan da aka samar a ƙarƙashin catalysis na lipase don samar da DAG. A lokacin aikin glycerolysis, ana ƙara glycerol a hankali don hana glycerol shiga wurin aiki na lipase kuma yana shafar aikinsa na catalytic. Kamar yadda yake a cikin hanyar hydrolysis na ɓangare, wani lokacin ana ƙara surfactants na abinci zuwa ga glycerolysis reaction don shawo kan matsalar rashin daidaituwa tsakanin glycerol da mai/mai.

4. Transesterification

Hanyar transesterification tana amfani da TAG da MAG a matsayin kayan aiki na asali a ƙarƙashin catalysis na lipase don samar da DAG. Hanyar transesterification ta ƙunshi matakai biyu: na farko, amsawar hydrolysis na TAG, sannan amsawar esterification tsakanin lipase daga hydrolyzed TAG da MAG. Daidaito tsakanin matakai biyu na hydrolysis da esterification shine mabuɗin kuma ƙalubale ne. Bugu da ƙari, tsadar MAG ba ta da kyau ga aiwatar da masana'antu.

IV. Amfani da Fasahar Rage Molecular a Tsarkake Diglycerides

DAG (diglycerides) sabon nau'in mai ne mai lafiya, amma abubuwan da ke cikin mai na halitta da mai suna ƙasa da haka. Bugu da ƙari, ɗanyen samfurin diglycerides da aka haɗa da roba yana ɗauke da wasu samfuran da yawa. Saboda haka, tsarkakewar diglycerides yana da matuƙar muhimmanci. Fasahar tace kwayoyin halitta ɗaya ce daga cikin fasahohin da aka fi amfani da su a cikin tsarin tsarkakewar diglycerides. Hakanan sabuwar fasaha ce ta rabuwa da tsarkakewa mai inganci, wacce ke cimma manufar rabuwa da tsarkakewa ta hanyar amfani da bambance-bambancen da ke cikin matsakaicin hanyar motsi na kwayoyin halitta na abubuwa daban-daban. Yana da ƙarancin zafin jiki na tacewa, ɗan gajeren lokacin dumama, ingantaccen rabuwa, babu gurɓatawa, da kuma kewayon aikace-aikace mai faɗi. Ya dace musamman don rabuwa da tsarkake samfuran halitta tare da manyan wuraren tafasa, jin zafi, da sauƙin oxidation. Wannan hanyar kuma za ta iya guje wa lalacewar zafi na abubuwan da ke da sauƙin oxidation da zafi. Hakanan ana iya amfani da shi ga abubuwa daban-daban tare da manyan wuraren tafasa ko ƙananan bambance-bambance a cikin wuraren tafasa. Yana da fa'idodi masu faɗi na aikace-aikace a cikin tsarkakewar diglycerides. Duk da haka, akwai wasu matsaloli a cikin aikace-aikacen fasahar tace kwayoyin halitta don tsarkakewar diglycerides. Misali, kayan aikin tace kwayoyin halitta suna buƙatar babban aikin rufewa kuma suna da tsada. A halin yanzu, babu wata fasaha da ta shafi hakan da za ta iya magance waɗannan matsalolin, kuma ya zama dole a haɗa sabbin nau'ikan hanyoyin fasaha da fasahar tace kwayoyin halitta.

A taƙaice, an nuna ingancin fasahar tace ƙwayoyin halitta gaba ɗaya a aikace, kuma tana iya haɓaka ci gaban da ci gaban injiniyan sinadarai masu kyau na kore. Tunda fasahar tace ƙwayoyin halitta tana da alaƙa da haɓaka fasahohi masu alaƙa, ya kamata Sin ta ƙara ƙarfafa musayar fasaha mai zurfi da haɗin gwiwa tsakanin kamfanoni, cibiyoyi, da jami'o'i, don kafa harsashin inganta sigogin tsari don amfani da tace ƙwayoyin halitta a masana'antu. Fasaha tace ƙwayoyin halitta tana da fa'idodi na musamman a cikin rabuwa da tsarkake magungunan halitta. Ana ƙara amfani da ita sosai wajen raba da tsarkake magungunan halitta.

Idan kuna da wasu tambayoyi game da fasahar tace ƙwayoyin halitta ko fannoni masu alaƙa, ko kuma idan kuna son ƙarin bayani, da fatan za ku iya tuntuɓar muTuntube mu ƙungiyar ƙwararru. Mun sadaukar da kanmu don samar muku da mafi kyawun sabis da kumaMaganin Turnkey.