This paper presents a framework of thermodynamic, energy and exergy, analyses of industrial steam boilers. Mass, energy, and exergy analysis were used to develop a methodology for evaluating thermodynamic properties, energy and exergy input and output resources in industrial steam boilers. Determined methods make available an analytic procedure for exergetic analysis on steam boilers for appropriate applications. Chemical exergy of the material streams was considered to offer a more comprehensive detail on energy and exergy resource allocation and losses of the processes in a steam boiler. Keywords: exergy, energy, steam boilers, chemical exergy, exergy destructio
The fiber cement composite production process consumes extremely high fuel especially boiler and aut...
<p>Steadily growing demand of power and heavily dependence on conventional sources like coal and gas...
This study compared three different steam power plants operating under ultra-supercritical, supercri...
In this paper, energy and exergy analysis has been conducted on a subcritical coal fired power plant...
Until 2012, steam power plant supplies 44.02 % of national electricity demand. Most of steam power p...
Relying on coal as primary fuel in thermal power plants represents an unsustainable concept due t...
The global trend of growing energy demand, accompanied by the dependency on fossil fuels and their i...
The generation of electricity is critical to the expansion of the economy and the improvement of peo...
In this paper, the useful concept of energy and exergy utilization is analyzed, and applied to the b...
The performance of an educational steam power plant with rated output of20 kW was analyzed based o...
This study presents a thermodynamic analysis of a 220MW thermal plant using its design and operating...
Steam generation is an essential process in steel production. Saturated steam is used in the cold-ro...
Exergy analysis is application of the second law thermodynamics which provides information about lar...
The results of the evaluation of energy-exergy efficiency of pharmaceutical plants in Nigeria have b...
The rapidly increasing demand for sustainable energy supply coupled with the fast declining fossil f...
The fiber cement composite production process consumes extremely high fuel especially boiler and aut...
<p>Steadily growing demand of power and heavily dependence on conventional sources like coal and gas...
This study compared three different steam power plants operating under ultra-supercritical, supercri...
In this paper, energy and exergy analysis has been conducted on a subcritical coal fired power plant...
Until 2012, steam power plant supplies 44.02 % of national electricity demand. Most of steam power p...
Relying on coal as primary fuel in thermal power plants represents an unsustainable concept due t...
The global trend of growing energy demand, accompanied by the dependency on fossil fuels and their i...
The generation of electricity is critical to the expansion of the economy and the improvement of peo...
In this paper, the useful concept of energy and exergy utilization is analyzed, and applied to the b...
The performance of an educational steam power plant with rated output of20 kW was analyzed based o...
This study presents a thermodynamic analysis of a 220MW thermal plant using its design and operating...
Steam generation is an essential process in steel production. Saturated steam is used in the cold-ro...
Exergy analysis is application of the second law thermodynamics which provides information about lar...
The results of the evaluation of energy-exergy efficiency of pharmaceutical plants in Nigeria have b...
The rapidly increasing demand for sustainable energy supply coupled with the fast declining fossil f...
The fiber cement composite production process consumes extremely high fuel especially boiler and aut...
<p>Steadily growing demand of power and heavily dependence on conventional sources like coal and gas...
This study compared three different steam power plants operating under ultra-supercritical, supercri...