Department of Chemical Engineering

Dr Carmelo Herdes

BEng, MSc, DEA, PhD, AMIChemE, AMAIChE

 

 Herdes_Carmelo_MyPhoto for web site
 
 
 
 
 
 
 
 
 
 

Contact details

Room: Wessex House 7.19
Tel: 01225 385857
Email: c.e.herdes.moreno@bath.ac.uk

Carmelo is a member of academic staff.  His research is framed in the general area of statistical thermodynamics and molecular simulation (i.e. Monte Carlo and molecular dynamics) of materials and complex fluids (e.g. asphaltenes, polymers, surfactants.) adsorption and interfacial phenomena (activated carbons, nanotubes, colloids) from the atomistic to the coarse-grained level.

Role

Dr Carmelo Herdes was appointed Lecturer in the Department of Chemical Engineering in November 2015. He teaches Thermodynamics and, the Aspen Plus component of the Design and Safety units for second year students. He is a member of CASE, the Centre for Advanced Separations Engineering, Unit Convenor of Design and Safety and the Information Services Co-ordinator (ISC) in the Department (This incorporates liaison with the Engineering Faculty Librarian and with Computing Services in the Faculty).

Related posts:

Associate Member of the IChemE

Associate Member of the AIChE.

Supporting external links

https://scholar.google.co.uk/citations?user=z1uqN6AAAAAJ&hl=en
https://www.linkedin.com/in/carmelo-herdes-59510421

Career achievements

07/12-10/15    Research Associate / Teaching Assistant, Department of Chemical Engineering, Imperial College London, London, UK.

01/09-02/12    Research Fellow, Evora Chemistry Center, Evora University, Evora, Portugal.

01/07-12/08    Postdoctoral Research Assistant, Institute for Materials and Processes, The University of Edinburgh, Edinburgh, UK.

03/02-09/02    Teaching Assistant, Physical Chemistry Laboratory. Engineering Faculty, Catholic Andres Bello University, Caracas, Venezuela.

02/00-02/02    Process Enginee, INELECTRA Venezuela, S.A. Maturin/Caracas, Venezuela.

01/99-01/00    Research and Teaching Assistant, Thermodynamic and Mass Transfer Department, Simon Bolivar University, Caracas, Venezuela.

Education

2004-2007 Ph. D. (Cum Laude)
                     Institute of Materials Sciences of Barcelona (ICMAB) - The Spanish National Research Council (CSIC), Autonomous University of Barcelona, Barcelona, Spain
                     Thesis title: Rational Design of Adsorbent Materials by Molecular Simulation and Experimental Techniques

2002-2004 MAS/DEA. Advanced Research Sufficiency Degree
                     Postgraduate studies in Processes and Chemical Engineering
                     Rovira i Virgili University, Tarragona, Spain.

1999-2002 M. Sc. in Chemical Engineering (with honours)
                     Simon Bolivar University, Caracas, Venezuela.
                     Thesis title: Simulation of Asphaltenic Systems: using simplified molecular models

1993-1998 Chemical Engineer
                     Simon Bolivar University, Caracas, Venezuela.
 

Research

Computational chemistry is an extremely important and rapidly growing area of research, giving us an ever-increasing ability to engineer and predict the physical properties of matter. Within this field, molecular simulation is nowadays a must-have in the toolbox for the design and prediction of the properties of materials and chemicals, helping to narrow the range of possible materials properties given a market/customer requirement. In recent years we have had dramatic increases in the power and availability of high-performance computers, and at the same time, more general simulation methods with the ability to integrate quantum mechanical calculations, atomistic simulations, mesoscale and continuum approaches. The combination of these factors, the “integrated software tools”, gives us an unprecedented ability to accurately estimate the properties of complex materials and fluids, as well as to aid in the interpretation of experimental results. I use theory and computer simulation methods for a main goal: carrying out computer-based discovery and design of new materials and chemicals with industrial relevance. My two current lines of research are:

  • Towards the fundamental understanding of nano-confined complex fluids: a molecular modelling approach
  • The design of enantiopure molecularly imprinted catalyst (EMIC): from a molecular simulation framework to avoid chiral separations.

 

PhD Supervision

Carmelo is available to supervise PhD research degree projects.

Teaching

  • CE20090 Thermodynamics
  • CE20165 Design and Safety 

Publications

Read publications by Carmelo Herdes Moreno