Razvoj sušilne komore za sušenje pelet

Frančič, Benjamin (author), Golobič, Iztok (mentor)

V magistrski nalogi smo obravnavali problem sušenja pelet s sušilno komoro v farmacevtski industriji. Razvoj sušilne komore je obsegal pregled obstoječih rešitev, projektiranje klimatskega sistema, izbiranje vgrajenih komponent in konstruiranje. Po končani izdelavi je sledila montaža na končnem objektu ter izvajanje potrebnih meritev, s katerim smo preverili celotno funkcionalnost naprave. Sušilna komora je morala zagotavljati ustrezen razpon temperature, vlage in pretok sušilnega zraka. Meritve smo izvajali z merilniki, ki so potrebni za samo delovanje sistema sušilne komore in njihovimi referenčnimi merilniki. S preizkušanjem sistema smo ugotovili, da smo brez težav zadostili vsem zahtevanim parametrom. Z video analizo smo ugotovili, da je delovanje vlažilnikov v klimatskem sistemu ustrezno in nikjer ne prihaja do kondenzacije. Preverili smo tudi razpon temperature po celotni sušilni komori in ugotovili, da se temperatura zraka v posameznih merilnih točkah ne razlikuje bistveno.

• Language: Slovenian
• Keywords: sušilna komora, sušenje pelet, vlaga, meritve, temperatura
• Work type: Master's thesis/paper
• Organization: FS - Faculty of Mechanical Engineering
• Year: 2017
• PID: 20.500.12556/RUL-95488
• Publication date in RUL: 20.09.2017

Secondary language

• Language: English
• Title: Development of drying chamber for pellets drying

Abstract

The master’s thesis deals with the problem of pellets drying with drying chamber in pharmaceutical industry. The development of the drying chamber consisted of examining the present existing solutions, designing the air-conditioning system, choosing the installed components and the construction. The manufacture was followed by the installation on the site and the necessary measurements with which we verified the overall functionality of the device. The drying chamber had to provide a convenient range of temperature, humidity and drying air flow. The measurements were performed with gauges needed for the drying chamber system performance and with their reference gauges. The testing of the system showed that all the required parameters were met without difficulties. With video analysis we confirmed that humidifiers in HVAC are suitable and that they don’t cause any condensation. In addition, the temperature range throughout the drying chamber was examined and the results did not show substantial differences in the air temperature at individual measuring points.

• Keywords: drying chamber, pellets drying, humidity, measurements, temperature