Recently, natural gas-fired power plants have received wide attention for their environmental
advantages. However, high-temperature waste gas causes a quantity of heat loss, and a …

Recovering heat from low grade heat resources for producing power is of high demand and
interest. For this purpose, the an experimental study of converging-Diverging nozzle to …

The present paper investigates different organic Rankine cycle (ORC) configurations, which
can convert low-grade industrial waste heat streams (80–100° C) into electricity. More …

In the present study, an ejector-assisted dual-evaporator organic flash refrigeration cycle
(EADEOFRC) is integrated with a single flash geothermal steam cycle (SFGSC). The …

This paper aims to elucidate the effect of the divergent geometry of a nozzle on its
performance by experimentally estimating the force generated by high speed two-phase …

Climate change and the global energy crisis strongly emphasize the need not only for low
carbon energy production but also for the development of advanced technologies related to …

The trilateral cycle (TLC), a promising alternative waste heat recovery-to-power cycle, is
receiving increasing attention due to feats such as the high thermal match between the …

Global warming has almost reached the 1.5 C target that climate scientists have set.
Decarbonizing our society by replacing fossil fuel consumption is urgent and essential …

Though the trilateral cycle (TLC) is a promising heat recovery-to-power cycle, its application
has not been widely accepted or commercialised due to some thermodynamic feasibility …

The present paper investigates different organic Rankine cycle (ORC) configurations, which
can convert low-grade industrial waste heat streams (80-100oC) into electricity. More …