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Maria Olea

T:
01642 342447
Job title:
Professor
E:
m.olea@tees.ac.uk
School/department:
School of Science, Engineering & Design
 
 
Research:
Science, Engineering and Design research
 
 
ORCID:
0000-0002-1854-8950

About Maria Olea

Professor Maria Olea's research interests include:

  • heterogeneous catalysis - electrocatalysis (structure-activity relationships)
  • transient kinetic modeling
  • reactor modeling - chemical and electrochemical reactors
  • environmental catalysis - enzymatic treatment of waste waters, CO catalytic oxidation and NOx catalytic decomposition, VOCs catalytic elimination, dry reforming of CH4, biomass conversion to chemicals and fuels, recycling technologies
  • XAS (XANES and EXAFS)
  • optimisation in chemical and electrochemical process.

Research interests

Professor Olea's research projects include:

  • Temporal Analysis of Products (TAP) studies on supported gold catalysts - art of a core project with Japan Science and Technology Corporation
  • Eliminating Volatile Organic Compounds (VOCs)
  • Developing catalytic oxidation technologies for a better environment (GOA project at Ghent University)
  • Investigating copper and cerium surroundings in CuO-CeO2/Al2O3 catalyst by XANES and EXAFS (UGent- ESRF)
  • combining XAS with online GC catalytic studies for in situ characterisation of Volatile Organic Compounds (VOCs) elimination over a CuO-CeO2/Al2O3 catalyst (UGent- ESRF)
  • Propane total oxidation over CuO-CeO2/Al2O3 catalyst, structural and kinetic characterisation, energy dispersive X-ray absorption spectroscopy coupled with mass spectrometry (UGent- ESRF)
  • Mechanistic details of Fischer-Tropsch Synthesis on Co, within IDECAT European project
  • Operando spectroscopy for oxidation catalysis, within IDECAT European project
  • Exploring the biocatalytic pathways of the microbial biosurfactant production from biodiesel industry residual glycerine - FROPTOP project
  • Development of environmentally benign sustainable chemical technologies. Better fuels, improved catalysts, and microreactors as options for pollution prevention in process development and design – PMI 2 Connect – Research Co-operation Award with Kyoto University, Japan.
  • Assessing biomass to chemicals (ABC) - Defra-Link project
  • CIP (Collaborative Innovation Partnership) with Compact GTL CIP with Johnson-Matthey.

In the news

  • The pursuit of alternative fuel supplies
    Tomorrow's Energy Management
    Feature article on Maria Olea, Professor in Chemical Engineering and Catalysis, in which she talks about use of renewable resourses.


  • Energy from Waste 2017
    Recycling Waste World (Web) 19/12/2016
    Teesside University's Professor Maria Olea will be speaking at the Energy from Waste Conference in 2017 - she will be speaking on waste gasification


  • Synthesised solutions
    Biofuels International, 02/11/2016
    As the world runs out of oil and gas, it urgently needs to find alternative fuel supplies. Research at Teesside University holds some of the answers.


  • Sustainable Technologies To Fuel The Future
    Blue & Green, online, 15/10/2016
    A comment piece by Professor Maria Olea


  • Teesside University scientists involved in international project
    BBC Tees, 27/12/2014
    Scientists at Teesside University led by Professor Maria Olea are working on an international project aimed at turning organisms into drugs, plastics and sources of energy using a process of anaerobic