Add to ORKGAbstract – The combined production of power, carbon dioxide, process steam, hot water, and compressed nitrogen for EOR is considered. Exergy-flow diagrams are used to evaluate plant efficiency. The exergy efficiency of the plant is defined as the sum of the exergy outputs divided by the exergy of the consumed fuel. Estimations of the invested exergy, net exergy coefficient and the sum of the specific exergy consumption are presented
An Energetic and exergetic analysis is conducted on a Steam Turbine Power Plant of an existing Phosp...
ABSTRACT: Exergy, exergoeconomic and combined pinch and exergy analysis are beneficial methods that ...
In this paper an exergy analysis and thermoeconomic cost accounting of a Combined Heat and Power ste...
The project of combined production of power, carbon dioxide, process team, hot water and compressed ...
The chemical industry is responsible for roughly 6 % of global primary energy consumption and global...
The chemical industry is responsible for roughly 6 % of global primary energy consumption and global...
© 2018 eceee and the authors, Stockholm. The chemical industry is responsible for roughly 6 % of glo...
Cogeneration may be defined as a system which contains electricity production and regain of the ther...
Despite the strong support for exergy in thermodynamics, the industry still relies on energy based p...
Innovative power plant concepts that utilize gaseous fossil fuels is the subject of interest for man...
Compressed air systems are among the major consumers of electrical energy in industry. As the import...
The exergy efficiency of three standard thermodynamic cycles, i.e., Brayton, Rankine and Otto cycles...
This work describes the energy and exergy analysis performed in a 4 MW cogen plant of a cane sugar r...
The work includes an exergy analysis of the steam reforming process for conversion of natural gas to...
The work includes an exergy analysis of the steam reforming process for conversion of natural gas to...
An Energetic and exergetic analysis is conducted on a Steam Turbine Power Plant of an existing Phosp...
ABSTRACT: Exergy, exergoeconomic and combined pinch and exergy analysis are beneficial methods that ...
In this paper an exergy analysis and thermoeconomic cost accounting of a Combined Heat and Power ste...
The project of combined production of power, carbon dioxide, process team, hot water and compressed ...
The chemical industry is responsible for roughly 6 % of global primary energy consumption and global...
The chemical industry is responsible for roughly 6 % of global primary energy consumption and global...
© 2018 eceee and the authors, Stockholm. The chemical industry is responsible for roughly 6 % of glo...
Cogeneration may be defined as a system which contains electricity production and regain of the ther...
Despite the strong support for exergy in thermodynamics, the industry still relies on energy based p...
Innovative power plant concepts that utilize gaseous fossil fuels is the subject of interest for man...
Compressed air systems are among the major consumers of electrical energy in industry. As the import...
The exergy efficiency of three standard thermodynamic cycles, i.e., Brayton, Rankine and Otto cycles...
This work describes the energy and exergy analysis performed in a 4 MW cogen plant of a cane sugar r...
The work includes an exergy analysis of the steam reforming process for conversion of natural gas to...
The work includes an exergy analysis of the steam reforming process for conversion of natural gas to...
An Energetic and exergetic analysis is conducted on a Steam Turbine Power Plant of an existing Phosp...
ABSTRACT: Exergy, exergoeconomic and combined pinch and exergy analysis are beneficial methods that ...
In this paper an exergy analysis and thermoeconomic cost accounting of a Combined Heat and Power ste...