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Vol 208
Pages:
216-221
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RUS
Article

Combinatorial synthesis of flexible flowsheets for ore enrichment

Authors:
G. I. Ankudinov1
I. G. Ankudinov2
About authors
  • 1 — Ph.D., Dr.Sci. professor National Mineral Resources University (Mining University)
  • 2 — Ph.D. associate professor National Mineral Resources University (Mining University)
Date submitted:
2013-08-27
Date accepted:
2013-10-14
Date published:
2014-07-15

Abstract

Application of logical-combinatorial approach for enumeration and synthesis of flexible ore enrichment flowsheets is considered. The set of possible enrichment flowsheets is represented at first implicitly as the superstructure generalizing knowledge of the area of synthesis. For creation of flexible ore enrichment flowsheets such flowsheets have to have the optimum level of redundancy allowing quickly to recustomize them according to economic feasibility. Algorithms for generation of flowsheets with different level of redundancy are offered.

Keywords:
ore enrichment flexible flowsheets logical-combinatorial approach synthesis enumeration
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References

  1. Ankoudinov G.I. General approach to structure synthesis of algorithms, devices, and systems // Kibernetika. 1982. N 1. P.55-68.
  2. AnkudinovG. I. Synthesis of structure of complex objects. Leningrad, 1986. 260 p.
  3. Ankudinov I.G. Morphological synthesis of reliable flow diagrams taking into account compatibility of elements // Reliability. 2006. N 3. P.29-36.
  4. Ankudinov I.G. Structuring search space for synthesis of reliable flow diagrams // Reliability. 2006. N 2. P.28-35.
  5. Ankudinov I.G. Automation of structural synthesis and decision-making in management and design. Saint Petersburg, 2008. 202 p.
  6. Ankudinov G.I., Ankudinov I.G. Logical and combinatorial approach to morphological synthesis in management and design // Scientific and technical papers of Saint Petersburg State Politechnical University. Informatics, telecommunications, management. 2011. N 4. P.46-52.
  7. Ankudinov G.I., Ankudinov I.G. Combinatorial synthesis of complex flowsheets for processing mineral raw materials // Oil processing and petrochemistry. 2012. N 10. P.7-11.
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  10. Brendel M.H., Friedler F., Fan L.T. Combinatorial foundation for logical formulation in process network synthesis // Computers and Chemical Engineering. 2000. Vol.24. P.1859-1864.
  11. Friedler F., Tarjan K., Huang Y.W., Fan L.T. Combinatorial Algorithms for Process Synthesis // Computers and Chemical Engineering. 1992. Vol.16. P.313-320.
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  13. GrossmannI.E. Advances in logic-based optimization approaches to process integration and supply chain management // Chemical Engineering: Trends and Developments / Ed. by M.A.Galan, E. Del Valle. West Sussex: Wiley, 2005. P.299-322

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