Exergy analysis can be a useful tool for process comparison and improvement in industrial energy systems. Examples from three branches are given: pulp and paper, bio refineries (ethanol) and steel production. The application and development of exergy analysis in an integrated steel plant is shown together with description and explanations on destroyed and lost exergy. Implementation for energy conservation and use as a pedagogic tool is discussed.Validerad; 2009; 20091023 (ysko
Abstract—The concept of exergy is defined and applied to industrial processes. We discuss system bou...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
The energy system of Luleå consists of the steel plant, a local CHP using process gases from the pla...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Abstract—The concept of exergy is defined and applied to industrial processes. We discuss system bou...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
The energy system of Luleå consists of the steel plant, a local CHP using process gases from the pla...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
Exergy analysis can be a useful tool for process comparison and improvement in industrial energy sys...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
The Luleå energy system consists of SSAB (an integrated steel plant) – LuleKraft (the heat and power...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
Abstract—The concept of exergy is defined and applied to industrial processes. We discuss system bou...
Industrial energy systems are complicated networks, where changes in one process influence its neigh...
The energy system of Luleå consists of the steel plant, a local CHP using process gases from the pla...