Tsara da gina tanderun yanayi
Bayani:
Tanderun yanayi shine makera mai dumama wanda ke samun samfura iri daban -daban, kamar fetur, dizal, da kananzir, ta hanyar fitar da ɗanyen mai a ƙarƙashin matsin lamba na al'ada ko rarrabe abubuwa daban -daban na alkanes. Tsarin murhun dumamar yanayi yana da kama da na babban tanderun dumama, wanda ya kasu kashi biyu: Tanderu mai jujjuyawa da murhun akwatin. Kowace makera tana kunshe da ɗakin radiyo da ɗakin taro. Ana samar da zafi mafi yawa ta hanyar radiation a cikin ɗakin radiyo, kuma zafi a cikin ɗakin juzu'i galibi ana canja shi ta hanyar watsawa. Tsarin zafin jiki na rarrabuwar rarrabuwa gabaɗaya shine 180-350 ° C, kuma yawan zafin wutar makera na ɗakin radiyo gabaɗaya 700-800 ° C. Dangane da halaye na sama na tanderun sararin samaniya, ana amfani da rufin fiber kawai don bango da saman ɗakin radiyo. Gabaɗaya ana jefa ɗakin convection tare da abin ƙyalli.
Tabbatar da kayan rufi:
La'akari da zafin wutar makera (yawanci kusan 700-800℃) da raunin yanayi mai rauni a cikin tanderun yanayi da shekarun mu na ƙira da ƙwarewar gini da gaskiyar cewa ana rarraba babban adadin masu ƙonawa a cikin tanderun a saman da ƙasa da bangarorin bango, rufi An ƙaddara kayan tanderu na yanayi don haɗawa da rufin bulo mai haske CCEFIRE mai tsayi 1.8-2.5m. Sauran sassan suna amfani da CCEWOOLhigh-aluminum sassan fiber na yumbu a matsayin kayan zafi mai zafi don rufi, da kayan rufi na baya don abubuwan fiber na yumbu da tubalin haske suna amfani da CCEWOOL ma'auni bargon yumbura.
Tsarin rufi:
Dangane da rarraba mai ƙona nozzles a tanderun yanayi, akwai nau'ikan murhu biyu: murhun cylindrical da makera na akwatin, don haka akwai tsari iri biyu.
A cylindrical makera:
Dangane da sifofi na tsarin wutar makera, ɓangaren bulo mai haske a ƙasan bangon makera na ɗakin mai annuri ya kamata a ɗora shi da CCEWOOL bargon yumbura, sannan a ɗora shi da bulo mai ƙyalli na CCEFIRE; sauran sassan za a iya yin burodi da yadudduka guda biyu na CCEWOOL madaidaitan bargo na yumbu, sannan a haɗe su da manyan abubuwan da ke ɗauke da yumɓu na yumɓu a cikin tsarin anchoring.
A saman tanderun yana ɗauke da yadudduka biyu na CCEWOOL madaidaitan firam ɗin firam ɗin yumbu, sannan a haɗa su da manyan firam ɗin yumɓu na yumɓu a cikin ramin rami mai rataya guda ɗaya da kuma madaidaitan kayayyaki da aka haɗa zuwa bangon tanderu kuma an gyara su da dunƙule.
A akwatin makera:
Dangane da sifofin tsarin murhun akwatin, ɓangaren bulo mai haske a ƙasan bangon makera na ɗakin mai annuri ya kamata a ɗora shi da bargo na yumbura na CCEWOOL, sannan a haɗe shi da bulo mai ƙyalli mara nauyi na CCEFIRE; sauran za a iya tiled da yadudduka guda biyu na CCEWOOL madaidaicin bargo na yumbu, sannan a haɗa su da manyan abubuwan fiber na aluminium a cikin tsarin anga ƙarfe mai kusurwa.
A saman tanderun yana ɗauke da fale-falen buraka guda biyu na CCEWOOL madaidaicin bargo mai ɗamara na ɗamara da aka haɗa tare da manyan firam ɗin yumɓu na yumɓu a cikin ramin rami mai rataya guda ɗaya.
Waɗannan sifofi guda biyu na sassan fiber ɗin suna da ƙarfi a cikin shigarwa da gyarawa, kuma ginin yana da sauri kuma ya fi dacewa. Bugu da ƙari, suna da sauƙin rarrabuwa da tarawa yayin kulawa. Rufin fiber yana da mutunci mai kyau, kuma aikin rufin zafi yana da ban mamaki.
Nau'in tsarin shigar da rufi na fiber:
Dangane da halayen tsarin ginshiƙan abubuwan haɗin fiber, bangon tanderun yana ɗaukar abubuwan haɗin fiber na "herringbone" ko "baƙin ƙarfe", waɗanda aka shirya su a cikin shugabanci ɗaya tare da madaidaicin shugabanci. Bargon fiber na kayan abu ɗaya tsakanin layuka daban -daban ana nade su cikin sifar U don ramawa ga raguwar fiber.
Don babban rami na ɗora abubuwan haɗin fiber wanda aka sanya tare da layin tsakiyar zuwa gefen murhun silinda a saman tanderun, tsarin "parquet floor" an karɓi shi; ana gyara tubalan da ke lanƙwasa a gefuna ta sukurori da aka ɗora akan bangon tanderu. Module masu lanƙwasa suna faɗaɗa a cikin hanyar zuwa bangon makera.
Babban rami na ɗora abubuwan haɗin fiber a saman murhun akwatin yana ɗaukar tsarin "parquet floor".
Lokacin aikawa: Mayu-11-2021
