The supply of process heat in the chemical industry is dominated by fossil fuel combustion.
Heat with temperatures up to 200° C could, however, be supplied by vapor compression …

This paper focuses on a comparative assessment of multi-flash (single to quintuple)
geothermal power generating systems integrated with electrolyzers through three definitions …

This paper focuses on a comparative study of five renewable energy based hydrogen
production systems. These five systems considered in this regard are (a) Cu–Cl integrated …

A useful map is generated for selecting optimum power generation cycles used for
Enhanced Geothermal Systems. Detailed analysis on the thermodynamic performance has …

Turkey is one of the 7 geothermal-potential rich countries in the world. More than 1,000 hot
and mineral water springs (up to 373 and 413 K) in geothermal fields with a temperature …

In this paper, a comparative energetic and exergetic study is conducted to analyze novel
multi-flash (single to quintuple) geothermal power generating systems which are newly …

In this paper, a new thermodynamic concept for improving the Single-Flash and the Double-
Flash cycles in geothermal power plants is presented. This process, named Self …

The geothermal energy is renewable energy, which is viewed as a promising alternative to
fossil energy. This paper conducts a comparative study among double-flash, flash-Kalina …

Geothermal energy has a big importance among the renewable energy sources. In flash
systems, steam quality is increased by flashing geothermal fluid. When suitable conditions …

This paper deals with energy and exergy analyses of a multi-flash integrated system and
studies three efficiency definitions for system assessment. In this regard, a comparative …