The article is devoted to the issue of thermodynamic optimization of heat transfer systems. Optimization is carried out by an exergy pinch method. This method includes the advantages of exergy analysis and pinch method. Exergy analysis takes into account the quantitative and qualitative characteristics of thermal processes, the pinch method allows structural and parametric optimization of heat transfer systems. The article presents a mathematical model for optimization by exergy pinch analysis. This model allows automated system optimization. Exergy pinch analysis allows more efficient use of energy and resources at the enterprise, which is relevant today
International audienceThe trend of global energy demand forecasts a continuous increase in the forth...
The article presents the optimization method of load division between combined heat and power plant ...
International audienceIndustrial heat pumps are efficient thermodynamic systems able to recover low ...
The article is devoted to the issue of thermodynamic optimization of heat transfer systems. Optimiza...
The article considers the issue of thermodynamic optimization of heat power equipment. The solution ...
This article will help to consider the problem of thermodynamic optimization of heat power equipment...
International audienceIn the light of the alarming impending energy scene, energy efficiency and exe...
Exergy analysis is widely used in energy system analysis for more efficient energy use. It identifie...
Exergy analysis is widely used in energy system analysis for more efficient energy use. It identifie...
To reduce the dependence on fossil fuel, Process Integration and energy efficiency are crucial in ch...
This work presents a thermoeconomic optimization methodology for the analysis and design of energy s...
Copyright © 2017, AIDIC Servizi S.r.l. Pinch Analysis is a well-known methodology that has achieved ...
Sub-ambient processes such as a refrigeration system are a highly energy intensive area in chemical ...
On the context of cost minimization and maximum profit, connected to the interest about the preserva...
Exergy Analysis, also known as Thermodynamic Analysis, is a tool that has been widely used to analys...
International audienceThe trend of global energy demand forecasts a continuous increase in the forth...
The article presents the optimization method of load division between combined heat and power plant ...
International audienceIndustrial heat pumps are efficient thermodynamic systems able to recover low ...
The article is devoted to the issue of thermodynamic optimization of heat transfer systems. Optimiza...
The article considers the issue of thermodynamic optimization of heat power equipment. The solution ...
This article will help to consider the problem of thermodynamic optimization of heat power equipment...
International audienceIn the light of the alarming impending energy scene, energy efficiency and exe...
Exergy analysis is widely used in energy system analysis for more efficient energy use. It identifie...
Exergy analysis is widely used in energy system analysis for more efficient energy use. It identifie...
To reduce the dependence on fossil fuel, Process Integration and energy efficiency are crucial in ch...
This work presents a thermoeconomic optimization methodology for the analysis and design of energy s...
Copyright © 2017, AIDIC Servizi S.r.l. Pinch Analysis is a well-known methodology that has achieved ...
Sub-ambient processes such as a refrigeration system are a highly energy intensive area in chemical ...
On the context of cost minimization and maximum profit, connected to the interest about the preserva...
Exergy Analysis, also known as Thermodynamic Analysis, is a tool that has been widely used to analys...
International audienceThe trend of global energy demand forecasts a continuous increase in the forth...
The article presents the optimization method of load division between combined heat and power plant ...
International audienceIndustrial heat pumps are efficient thermodynamic systems able to recover low ...