Performance of a small-scale trigeneration system driven by low-temperature geothermal
sources for producing fresh water, heating (hot water) and electricity is investigated from …

The current perusal introduces a numerical analysis to point out the flow of MHD conjugate
forced and free convection with entropy generation analysis due to non-Newtonian …

The cogeneration system is the most inefficient unit a typical sugar mill. This paper evaluates
the improvements in the exergy performance of a sugar-mill cogeneration system, through …

Preservation of food and medicines below sub-zero temperatures is the need of the present
times. To achieve the required temperature using renewable energy, a waste heat-driven …

Present paper addresses the energy, exergy and economic (3E) analyses of absorption heat
transformer (AHT) working with LiBr-H 2 O fluid pair. The heat exchangers namely absorber …

Deepening the energy-saving potential of the distillation process by waste heat recovery is
an essential direction in the petrochemical industry. This paper proposes a distillation …

This study presents an advanced exergy analysis of a single-state absorption heat
transformer operating with a lithium bromide water solution. A traditional exergy analysis …

Double absorption heat transformer (DAHT) is a promising device in reducing the use of
fossil fuels since it can utilize renewable sources or waste heat to provide high temperature …

The most critical component of an absorption heat transformer (AHT) is the absorber, by
which the exothermic reaction is carried out, resulting in a useful thermal energy. This article …

The current work will describe the entropy generation in an unsteady magnetohydrodynamic
(MHD) flow with a combined influence of mass and heat transfer through a porous medium …