Symposium 2023

Materials for Environmental Engineering - Sensing, control, sustainability

11 - 12 October 2023

This symposium aims to bring together researchers working on material-based approaches to tackle urgent environmental issues, especially anthropogenic climate change and the pollution of air, water, and soils. Key topics of the symposium will include the sensing of environmentally harmful substances, methods for their removal, and the development of materials and processes for carbon dioxide capture. Contributions focusing on the synthesis, characterization, and application of functional materials will be complemented by computational modelling studies.

The symposium will comprise:

  • talks by distinguished invited guests and MAPEX members

  • poster contributions, including a short oral presentation in advance in dedicated pitch sessions

  • a dinner in the evening.

@Michael Fischer
  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

  • MAPEX Symposium 2023

    "Materials for Environmental Engineering"

All speakers and participants need to register online for the MAPEX Symposium 2023.

There is no registration fee.

We cordially invite participants from academia and industry as well as from politics to register.

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Speakers

Ana Luiza Silveira Fiates

Silica aerogel synthesis in microfluidic chips for biological and catalytic applications

Ana Luiza Silveira  Fiates, Institute for microsensors, -actuators, and -systems (IMSAS), University of Bremen


Dr. Christina Roggatz

From Threat to Action: Understanding the Challenges of Climate Change and Pollution to develop Solutions

Christina C. Roggatz, Dynamic Ecological Chemistry, University of Bremen


Kevin Kehlmann

How Computational Fluid Dynamics can be used to understand and optimize catalytic reactors

Kevin Kuhlmann, Chemical Process Engineering, University of Bremen.


Contact

For all questions regarding the Symposium please don't hesitate to contact us: mapexprotect me ?!uni-bremenprotect me ?!.de.

Find out more about the organizers.

Aktualisiert von: MAPEX