Sabuwar Ci gaban Bincike na Carbon Dioxide Polyether Polyols a China

Masana kimiyyar kasar Sin sun samu gagarumin ci gaba a fannin amfani da sinadarin Carbon Dioxide, kuma sabon binciken da aka yi ya nuna cewa, kasar Sin ce kan gaba wajen gudanar da bincike kan sinadarin carbon dioxide polyether.

Carbon dioxide polyether polyols sabon nau'in kayan biopolymer ne wanda ke da fa'idodin aikace-aikace a kasuwa, kamar kayan rufin gini, kumfa mai hako mai, da kayan aikin likitanci.Babban albarkatunsa shine carbon dioxide, zaɓin yin amfani da carbon dioxide zai iya rage gurɓatar muhalli da amfani da makamashi yadda ya kamata.

Kwanan nan, ƙungiyar bincike daga Sashen Chemistry na Jami'ar Fudan ta sami nasarar yin polymerized yawan barasa da ke ɗauke da rukunin carbonate tare da carbon dioxide ta hanyar amfani da fasahar ɗaukar hoto ta infiltration ba tare da ƙari na stabilizers na waje ba, kuma sun shirya babban kayan polymer wanda baya buƙatar bayan- magani.A lokaci guda, kayan yana da kyakkyawan kwanciyar hankali na thermal, aikin sarrafawa, da kayan aikin injiniya.

A daya hannun kuma, tawagar karkashin jagorancin masanin kimiyya Jin Furen suma sun yi nasarar aiwatar da ternary copolymerization reaction na CO2, propylene oxide, da polyether polyols don shirya kayan polymer masu ƙarfi waɗanda za a iya amfani da su don gina kayan rufewa.Sakamakon binciken ya fayyace yiwuwar hada sinadari yadda ya kamata na amfani da carbon dioxide tare da halayen polymerization.

Waɗannan sakamakon binciken suna ba da sabbin dabaru da kwatance don fasahar shirye-shiryen kayan aikin biopolymer a China.Yin amfani da iskar gas na masana'antu irin su carbon dioxide don rage gurɓataccen muhalli da amfani da makamashin burbushin halittu, da kuma yin duk wani tsari na babban kayan polymer daga albarkatun kasa zuwa shirye-shiryen "kore" shi ma yanayin gaba ne.

A ƙarshe, sakamakon binciken da kasar Sin ta samu a kan carbon dioxide polyether polyols yana da ban sha'awa, kuma ana buƙatar ƙarin bincike a nan gaba don ba da damar yin amfani da irin wannan nau'in nau'i mai girma na polymer don amfani da shi sosai wajen samarwa da rayuwa.