We define and discuss the terms in exergy equations, with particular reference to the role of chemical terms in the exergy loss for steady-flow processes. Although there is a chemical contribution to exergy, exergy losses of steady-flow processes may be calculated by using a simple expression for the specific exergy, namely, b = h − T*s. No restrictions are found in the material flows involved. The necessity of prescribing a standard chemical reference environment is considered and rejected. Instead, a sign convention for material flows is proposed. Finally, some results of Brzustowski's calculations are reviewed and discussed
Modern society requires large amounts of materials which lead to emissions of greenhouse gases. Effe...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
The energy integration of industrial processes is becoming increasingly more effective thanks to new...
Abstract-We define and discuss the terms in exergy equations, with particular eference to the role o...
Abstract—The concept of exergy is defined and applied to industrial processes. We discuss system bou...
In this paper a system of names and symbols for exergy analysis is put forward for further discussio...
Expressions of the molar exergy and of the molar flow exergy of a pure chemical fuel are deduced rig...
Exergy is defined as the maximum shaft work that can be done in a process to bring the system into e...
Expressions of the molar exergy and of the molar flow exergy of a pure chemical fuel are deduced rig...
In this paper emphasis is placed on the exergy flow analysis based on the second law of thermodynami...
Master of ScienceDepartment of Chemical EngineeringJohn SchlupThe second law of thermodynamics descr...
This paper presents a general methodology for exergy balance in chemical and thermal processes in or...
none1noAn availability function which includes the usual functions exergy and flow exergy as special...
The Exergy Fields in Processes This paper is a very brief review of the method for analyzing the spa...
This paper presents a general methodology for exergy balance in chemical and thermal processes in or...
Modern society requires large amounts of materials which lead to emissions of greenhouse gases. Effe...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
The energy integration of industrial processes is becoming increasingly more effective thanks to new...
Abstract-We define and discuss the terms in exergy equations, with particular eference to the role o...
Abstract—The concept of exergy is defined and applied to industrial processes. We discuss system bou...
In this paper a system of names and symbols for exergy analysis is put forward for further discussio...
Expressions of the molar exergy and of the molar flow exergy of a pure chemical fuel are deduced rig...
Exergy is defined as the maximum shaft work that can be done in a process to bring the system into e...
Expressions of the molar exergy and of the molar flow exergy of a pure chemical fuel are deduced rig...
In this paper emphasis is placed on the exergy flow analysis based on the second law of thermodynami...
Master of ScienceDepartment of Chemical EngineeringJohn SchlupThe second law of thermodynamics descr...
This paper presents a general methodology for exergy balance in chemical and thermal processes in or...
none1noAn availability function which includes the usual functions exergy and flow exergy as special...
The Exergy Fields in Processes This paper is a very brief review of the method for analyzing the spa...
This paper presents a general methodology for exergy balance in chemical and thermal processes in or...
Modern society requires large amounts of materials which lead to emissions of greenhouse gases. Effe...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
The energy integration of industrial processes is becoming increasingly more effective thanks to new...