Dynamic Analysis and Control Design of the Nitrogen Trichloride Decomposition Process in Electrolytic Chlorine Production
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概要
- 論文の詳細を見る
This work presents a dynamic simulation and a design control system for the thermal decomposition of nitrogen trichloride during electrolytic chlorine production. Nitrogen trichloride is an extremely unstable and explosive compound and the decomposition process has two main problems: variability of the reactor temperature and loss of solvent. The process was simulated using the AspenTech® simulator and the simulations were validated with industrial plant data. The dynamic analysis showed that the process presents integrating behavior and that the loss of the solvent is strongly affected by the dynamics. The implementation of the results of this work at the industrial plant resulted in a significant decrease in the variability of the reactor temperature as well as reducing solvent loss.
- 社団法人 化学工学会の論文
- 2008-12-01
著者
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De Araujo
Department Of Physiology And Pharmacology Faculty Of Medicine Federal University Of Ceara
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De Araujo
Department Of Chemical Engineering Federal University Of Campina Grande
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Brito Romildo
Braskem Company
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Tavares Neto
Braskem Company
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BRITO Karoline
Department of Chemical Engineering, Federal University of Campina Grande
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VASCONCELOS Luis
Braskem Company
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ALVES Jose
Braskem Company
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De Araujo
Departamento De Biologia Celular E Genetica Universidade Federal Do Rio Grande Do Norte Laboratorio
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Brito Karoline
Department Of Chemical Engineering Federal University Of Campina Grande
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De Araujo
Departamento De Antibioticos Ccb Ufpe
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- Dynamic Analysis and Control Design of the Nitrogen Trichloride Decomposition Process in Electrolytic Chlorine Production
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