A practical approach to process analysis and improvement for energy conservation has been developed by establishing the required technical basis, which arises from the first and the second laws of thermodynamics. As the tool for process analysis for the present purpose, the so-called heat availability diagram has been used. It is useful to show visually the status of energy utilization, the loss of available energy due to irreversibility of process, and the bottleneck on improving energy utilization. Several practical examples are taken up for illustrative purposes
Economics and sustainability improvements of some chemical processes are assessed after the retrofit...
With long term predictions of increased cost and reduced availability of energy, plant managers are ...
Since 1972, ELF-AQUITAINE has decreased the energy consumption in the refineries. Some reductions we...
This paper describes a methodology for performing a thermodynamic analysis of a process, and it demo...
Thermodynamics deals with processes in a time independent approach. Industrial productions and many ...
Brief reviews of available energy and of the application of available energy analysis to chemical pr...
In industrial processes, heat is transferred from the heating utilities to the environment or conver...
Water and energy are the two main operating costs in a chemical process plant. With the increase in ...
Energy savings result in economic and environmental benefits. Site-wide energy analysis of industria...
In this paper, guidelines for identifying energy savings opportunities in industrial plants are disc...
The concept of energy analysis is defined and applied to industrial processes. The study discusses t...
This study presents a general, practical and operational methodology to improve energy efficiency of...
In a world where resources are limited and their use will necessary have an impact, efficient handli...
Energy savings in refinery and petrochemical fired heaters can basically be achieved in two ways: Th...
The importance of a heat recovery capability on thermoprocessing systems for increased cost-efficie...
Economics and sustainability improvements of some chemical processes are assessed after the retrofit...
With long term predictions of increased cost and reduced availability of energy, plant managers are ...
Since 1972, ELF-AQUITAINE has decreased the energy consumption in the refineries. Some reductions we...
This paper describes a methodology for performing a thermodynamic analysis of a process, and it demo...
Thermodynamics deals with processes in a time independent approach. Industrial productions and many ...
Brief reviews of available energy and of the application of available energy analysis to chemical pr...
In industrial processes, heat is transferred from the heating utilities to the environment or conver...
Water and energy are the two main operating costs in a chemical process plant. With the increase in ...
Energy savings result in economic and environmental benefits. Site-wide energy analysis of industria...
In this paper, guidelines for identifying energy savings opportunities in industrial plants are disc...
The concept of energy analysis is defined and applied to industrial processes. The study discusses t...
This study presents a general, practical and operational methodology to improve energy efficiency of...
In a world where resources are limited and their use will necessary have an impact, efficient handli...
Energy savings in refinery and petrochemical fired heaters can basically be achieved in two ways: Th...
The importance of a heat recovery capability on thermoprocessing systems for increased cost-efficie...
Economics and sustainability improvements of some chemical processes are assessed after the retrofit...
With long term predictions of increased cost and reduced availability of energy, plant managers are ...
Since 1972, ELF-AQUITAINE has decreased the energy consumption in the refineries. Some reductions we...