CORDIS proporciona enlaces a los documentos públicos y las publicaciones de los proyectos de los programas marco HORIZONTE.
Los enlaces a los documentos y las publicaciones de los proyectos del Séptimo Programa Marco, así como los enlaces a algunos tipos de resultados específicos, como conjuntos de datos y «software», se obtienen dinámicamente de OpenAIRE .
Resultados aprovechables
The objective of this project was to develop an expert system that will: a) propose the Best Available Technologies (BATs) by taking into account the energy requirements and the constraints of an industrial system, b) optimize the design parameters for each chosen BAT in a way that they comply with the energy requirements, and c) integrate the BATs in the model of the whole industrial process and select the Best Achievable process Configuration (BAC).
The expert system that was developed in this project consists of: i) the Expert System Shell, ii) the Energy BAT Database that is the "background knowledge" of the Expert System, and iii) the optimization modules that attached to the Expert System will perform the necessary optimization tasks.
The expert system shell is a classic one based on rules of the form "if ... then ...". In order for the shell to be able to select the BATs, the proper rules for the expert system were specified and inserted in it. These rules were identified from the analysis of existing studies conducted by experts for finding the BATs.
Databases of currently available technologies in several areas like combustion, utility networks, diesel engines, gas turbines, etc. were developed. These databases were not developed to be exhaustive, but rather being a good starting point for the development of an exhaustive database. They were developed both in ASCII format, and Microsoft EXCEL format, for higher transportability between different computer systems.
Supporting algorithms were developed for the expert system, that: a) identify the optimal design parameters for the chosen BATs, and then b) find the BAC. These algorithms are based on existing optimization techniques (e.g., MINLP, EMO, Pinch Analysis, etc.). Moreover, a module that provides basic explanations for the choices of the expert system shell was developed.
An alternative expert system shell was also developed, that is based on the optimization method of Genetic Algorithms (GAs). This GA-based expert system shell a) selects the BATs to replace the existing ones in a given industrial process and then b) calculates the optimal design parameters of the selected BATs in such a way that they comply with the energy requirements of the given process.
Finally, the developed classic expert system shell, along with the database, was applied by the EXSYS partners in four industrial test cases for testing its capabilities. These industrial test cases were: i) a petrochemical site, ii) an ethylene plant, ii) an industrial test case of sulfur dioxide conversion to sulfuric acid, and d) a chemical plant. The GA-based expert system shell was applied to the case that was thought of more complexity, the petrochemical site.
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