Fa'idodin carbon nanotuba guda ɗaya don haɓakawa:

High rabo surface area: Single carbon nanotubes da wani babban rabo yanki, wanda damar su don samar da karin aiki shafukan da kuma ƙara lamba yankin tsakanin reactors da catalysts, game da shi inganta catalytic dauki yadda ya dace.

Ayyukan catalytic: Single carbon nanotubes suna da wuraren ayyukan sama da yawa, waɗanda zasu iya haɓaka halayen haɓaka. Za su iya shayar da kwayoyin halitta kuma su samar da yanayin da ya dace don inganta abubuwan da suka faru.

Ƙarfafawa: Carbon nanotubes suna da kyakkyawan jagoranci na lantarki kuma suna da kyakkyawan aikin watsawa na lantarki. Wannan yana ba su damar shiga cikin halayen electrocatalytic ko haɗa tare da wasu masu haɓaka lantarki don samar da tasirin aiki tare da haɓaka aikin haɓakawa.

Aikace-aikace:

Fuel cell catalyst: Single carbon nanotubes iya samar da high-specific surface area da kuma kyakkyawan aiki, yin shi da manufa abu ga man fetur cell catalysts. Ana iya amfani da su azaman masu haɓakawa na hydroxide, oxygen rear catalysts, da electrolytic water catalysts don inganta inganci da kwanciyar hankali na man fetur.

VOCS catalytic jujjuya: Mahalli masu canzawa (VOCs) nau'in sinadarai ne masu illa ga muhalli da lafiya. Ana iya amfani da nanotubes na carbon guda ɗaya azaman tallan tallan mai haɓakawa da jujjuyawar VOCs, rage yawan guba da mummunan tasirinsa akan yanayi. Misali, ana iya amfani da su a fagen tsarkakewar iskar iskar wutsiya ta mota da kuma maganin sharar iskar gas na masana'antu.

Mai kara kuzari na maganin ruwa: Hakanan ana amfani da nau'ikan nanotubes guda ɗaya a cikin maganin ruwa. Ana iya amfani da su azaman gurɓataccen gurɓataccen ƙwayar cuta a cikin abubuwan haɓakawa, kamar ion ƙarfe mai nauyi da rini. Bugu da ƙari, ana iya amfani da su don lalata ruwa na photocatalytic don samar da hydrogen a matsayin hanyar ajiya don makamashi mai tsabta.

Electrolytic hydrogen: Electrochemical ruwa bazuwar hanya ce mai dorewa ta samar da hydrogen. Saboda kyakkyawan aikinsa na electro-catalytic, carbon nanotone guda ɗaya yana da aikace-aikace mai mahimmanci a cikin filin electrolytic hydrogen. Ana iya amfani da su azaman masu haɓaka anode don haɓaka halayen iskar shaka ruwa da cimma ingantaccen samar da hydrogen.

Electrochemical firikwensin: Hakanan ana iya amfani da na'urar nanotubes guda ɗaya don shirya firikwensin lantarki. Ta hanyar gyaggyarawa da amfani da ingantattun kaddarorin sinadarai na electrochemical, zai iya cimma babban gwajin hankali na ions da yawa, kwayoyin halitta ko kayan binciken ilimin halitta, kuma yana da fa'idodin aikace-aikace.