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Cara kerja penukar panas kondensor

2024-04-20

A Condensing Heat Exchangermakaryakke dening cooling stream gas ing ngisor dewpoint sawijining, prompting kondensasi. Ing kategori iki, ana rong jinis utama: hawa-cooled lan cairan-cooled.


Ing kondensor sing digawe adhem hawa, aliran gas nemoni pendinginan liwat paparan udara sekitar. Kosok baline, kondensor sing didinginake cairan nggunakake coolant cair kanggo proses pendinginan. Preduli saka jinise, tujuane tetep konsisten: ngowahi aliran gas dadi cairan liwat pendinginan.


Sawise rampung proses pendinginan, aliran gas sing dikondensasi dadi cair. Nanging, penting kanggo ngerteni manawa cairan sing dikondensasi bisa ngemot rereged saka aliran gas asli. Akibate, langkah-langkah perawatan tambahan bisa uga dibutuhake kanggo njamin kemurniane sadurunge dibuwang utawa digunakake maneh.


Aplikasi penting saka aCondensing Heat Exchangerana ing sistem kondensasi uap, asring diarani minangka kondensor uap utawa kondensor permukaan. Ing kene, kondensor nduweni peran penting kanggo mbalekake panas saka uap knalpot sing diasilake dening turbin. Kanthi kondensasi uap bali menyang wujud cair, energi panas sing larang regane dibalekake lan digunakake maneh, saengga bisa nyuda biaya operasional pabrik.


sakabèhé,Condensing Heat Exchangermuter peran kritis ing proses industri, nggampangake cooling efisien lan kondensasi lepen gas nalika mbisakake Recovery panas lan penghematan biaya liwat nggunakake maneh Cairan kental.

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