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Materiales

"Introduction to Separation operations. Calculation by stages of balance". A. Marcilla y col.

This book was created with the main objective of providing students of Chemical Engineering a basis for studying the subject of Foundations of Separation Operations (based on mass transfer operations), especially in the case of contact equilibrium stages.

 

"Introduction to Separation operations. Continuous contact". A. Marcilla y col.

This book was created with the main objective of providing students of Chemical Engineering a basis for studying the subject of Separation Operations (based on mass transfer operations and simultaneous mass transfer and heat), especially in the case of contact continuous.

 

http://iq.ua.es/McCabe-V2/index.htm

Interacctiva tool in the Dept. Of Chemical Engineering at the University of Alicante, to assist students in their understanding and consolidation of the main concepts Method of Ponchon and Savarit for the design of rectification columns.

 

http://iq.ua.es/Ponchon/index.html

Interacctiva tool in the Dept. Of Chemical Engineering at the University of Alicante, to assist students in their understanding and consolidation of the main concepts of the method of McCabe, for the design of columns of binary rectification, enhancing at all times self-learning and self-assessment.

 

http://iq.ua.es/MedioAmbiente/Agua,_tecnologias_de_tratamiento_y_medio_ambiente/Inicio.html

Web page on the integral water cycle. It includes materials characterization of water treatment technologies and environmental impact. Boluda bottle N. et al.

Best viewed certain pages the Microsoft Explorer browser must be used and have the Flash plugin installed. You can download it from this address

 

http://ocw.ua.es/es/ingenieria-y-arquitectura/modelizacion-hidrogeoquimica-2009.html

Hydrogeochemical and contaminant transport. OpenCourseWare UA. Nuria Boluda Botella

 

http://iq.ua.es/Yeso

Web page on the cast feedstock. Page generated by Vicente Gomis Yagües

 

Polymer Technology course

  • Foreword
  • Topic 1. Structure and properties of polymers
  • Topic 2. Types of plastics, additives and mixed
  • Topic 3. Basics of polymer processing
  • Topic 4. Extrusion
  • Topic 5. Injection
  • Topic 6. Compression Molding
  • Topic 7. Rotational Molding
  • Topic 8. Blowing thermoplastic

 

Assisted distillation

Web developed within the framework of GITE of Chemical Engineering at the University of Alicante. It focuses on the description of the geometric aspects which form the basis for the design of distillation of nonideal ternary mixtures. Animations to facilitate the understanding of theoretical concepts and worked examples and self-assessment questionnaire is included.

 

Approximate methods

Educational website on approximate methods for solving problems of multicomponent separation operations

 

Materiales de Química General

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 1: ESTADOS DE LA MATERIA Y REACCIONES QUÍMICAS.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 2: TERMOQUÍMICA Y TERMODINAMICA.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 3: CINÉTICA Y EQUILIBRIO QUÍMICO.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 4: ÁCIDO-BASE Y PRECIPITACIÓN.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 5: ELECTROQUÍMICA.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 6: ESTRUCTURA ATÓMICA Y SISTEMA PERIÓDICO.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 7: ENLACE QUÍMICO.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 8: QUÍMICA ORGÁNICA, QUÍMICA NUCLEAR Y NOMENCLATURA INORGÁNICA.

Cuestiones y problemas (resueltos) de olimpiadas de Química. Parte 9: OLIMPIADAS NACIONALES 1996-2017.

Historia visual de la evolución de las teorías y descubrimientos relacionados con la estructura de los átomos.

 

 

Graphical User Interface (GUI) for the analysis of Gibbs Energy surfaces, including LL tie-lines and Hessian matrix

http://rua.ua.es/dspace/handle/10045/51725

A single and very easy to use Graphical User Interface (GUI- MATLAB) based on the topological information contained in the Gibbs energy of mixing function has been developed as a friendly tool to check the coherence of NRTL or UNIQUAC parameters obtained in a correlation data procedure. Thus, the analysis of the GM/RT surface, the GM/RT for the binaries and the GM/RT in planes containing the tie lines should be necessary to validate the obtained parameters for the different models for correlating phase equlibrium data. NRTL or UNIQUAC models are the ones that can initially be used (by defect) to calculate the GExcess. However, any other alternative model (with a maximum of 16 parameters) could be easily included.       

 

 

 

 

Chemical Engineering Department


Universidad de Alicante
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