Open Access Research Article

Energetic Efficiency Calculation for a New Experimental Reactor

SIMONA POPA, SORINA BORAN
DOI Not yet assigned
Published 30 Sep 2016
Pages 410–413

Abstract

The column type reactors play a particularly important role in the chemical industry and technology, because they are successfully used in most of the industrial processes. The inner stirring may be achieved by different mechanical means or by bubbling a gas. This study presents some aspects regarding the heat transfer for a process performed in an experimental bubble gas column reactor. The process in a bubble column reactor was performed at different conditions regarding: temperature, pressure of the inlet gas, nozzle diameters for the inlet gas, packing material inside the reactor; choosing in the end the most convenient conditions for the process energetic consumption efficiency.

Keywords: bubble column type reactor; energetic balance; total heat transfer coefficient

How to Cite this Article

POPA, S., & BORAN, S. (2016). Energetic Efficiency Calculation for a New Experimental Reactor. Materiale Plastice, 53(3), 410–413.
POPA S, BORAN S. Energetic Efficiency Calculation for a New Experimental Reactor. Materiale Plastice. 2016;53(3):410–413.
S. POPA, and S. BORAN, "Energetic Efficiency Calculation for a New Experimental Reactor,” Materiale Plastice, vol. 53, no. 3, pp. 410–413, 2016.
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