Heat and Mass Transfer Enhancement Potential of Absorption Equipment via a Literature Review- RP-1462

Authors

Alireza Behfar, University of Nebraska-Lincoln
Ziqi Shen, University of Nebraska-LincolnFollow
Josephine Lau, University of Nebraska-LincolnFollow
Yuebin Yu, University of Nebraska-LincolnFollow

Document Type

Article

Date of this Version

2014

Citation

A. Behfar, Z. Shen, J. Lau, and Y. Yu. (2014) "Heat and Mass Transfer Enhancement Potential of Absorption Equipment via a Literature Review- RP-1462". HVAC&R Research. 2014, 20:5, 570-580.

Comments

Copyright (c) 2014 ASHRAE; published by Taylor & Francis.

Abstract

Significant process intensification (PI) of heat and mass transfer is indispensable in building compact and energy efficient absorption refrigeration systems. High potentials exist to achieve the required PI through (1) development of active heat and mass transfer enhancement techniques and (2) combining the active enhancement mechanism with proven and widely used passive enhancement techniques in transport processes. There is limited research on the effect of active mechanisms, such as vibration, on heat and mass transfer coefficients in absorption systems with falling film horizontal-tube absorbers. In this general survey, with the aim to enlighten the path for active mechanisms development, recorded heat and mass transfer enhancements via active mechanisms were extracted from pertinent research works, and were summarized in tables suitable for evaluation and comparison. The potential for future research on enhancing heat and mass transfer in absorption chillers was identified.