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Oral Communications at international conferences

(presenting author)

  1. Poonoosamy et al. 2020 Goldschmidt conference, Virtual Hawaii. A “lab-on-a-chip” experiment for assessing mineral reactivity in porous media: effects of hydrological heterogeneity

  2. Poonoosamy et al. 2020 EGU meeting. A" lab-on-a-chip" experiment for assessing mineral precipitation processes in fractured porous media

  3. Poonoosamy et al. 2019 Goldschmidt conference, Barcelona, Spain. A microfluidic experiment and pore scale modelling for assessing mineral precipitation and dissolution in confined spaces

  4. Poonoosamy et al. 2019 Interpore conference, Valencia, Spain. Magnetic resonance imaging to assess changes in transport properties of porous media due to dissolution and precipitation processes.

  5. Poonoosamy et al. 2018 Goldschmidt conference, Boston, USA. Precipitation processes in porous media and consequences on permeability.

  6. Poonoosamy et al. 2018 CMWR conference, Saint Malo, France. Dynamics of celestine precipitation and dissolution in confined spaces: a lab-on-a-chip experiment and complementary pore scale modelling

  7. Poonoosamy et al. 2017 Interpore conference, Rotterdam, Netherlands. Dissolution-precipitation processes in tank experiments: an experimental benchmark and modelling strategies.

  8. Poonoosamy et al. 2015 Goldschmidt conference, Czech Republic. Experimental benchmark for testing reactive transport codes.

Poster Presentation

(Presenting author)

  1. Poonoosamy et al. 2020 AGU Fall meeting. (Ba,Sr)SO4 Oscillatory zoning: a microfluidic experiment and advanced pore scale modelling to unravel the formations process.​

  2. Poonoosamy et al. 2017 Migration conference, Barcelona, Spain. Dissolution-precipitation processes in porous media: experimental benchmarks for reactive transport modelling at different scales.

  3. Poonoosamy et al. 2015 13th Swiss geoscience meeting 2015. Basel, Switzerland. A numerical and experimental reactive transport benchmark investigation the coupling between density driven flow, solute transport and chemical reactions. 

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