To harvest waste heat from flue gas in the industry, this study develops an advanced
simulation technology by integrating computational fluid dynamics (CFD) and a …

The heat lost through smokestacks has an adequate energy recovery capacity. A new and
effective method of recovering this energy is the use of thermoelectric generators, which …

One of the most promising solution for the current energy crisis is recovering lost energy.
Indeed, in many energy systems the percentage of energy loss could exceed 60%. To put it …

A computational model has been developed in order to simulate the thermal and electric
behavior of thermoelectric generators. This model solves the nonlinear system of equations …

In this study, we propose a thermoelectric generator (TEG) based power generation system
operated through waste heat of a biomass engine. Power generated by TEGs is utilized for …

The efficient usage of energy at all stages along the energy supply chain and the utilization
of renewable energies are very important elements of a sustainable energy supply system …

This work presents the experimental development of the first two prototypes of thermoelectric
generators intended for initial electrification of rural isolated homes. The microcontroller …

In order to further studies on thermoelectric generators, an analysis of the influence of fluid
flow rate, heat exchanger geometry, fluid properties and inlet temperatures on the power …

Low conversion efficiency of power systems and carbon emission induced climate crisis
boost extensive investigations on waste heat utilization, particularly studies of converting …

Waste thermal energy (heat) is the second type of energy to be discussed. Usually, it is
generated in a process by way of fuel combustion or chemical reaction, and then “dumped” …