Lecture Series
Fundamentals of Negative Emission Technologies with a Focus on DACS
Overview

This lecture series offers a comprehensive foundation in the field of Negative Emission Technologies (NETs), with a specialized focus on Direct Air Capture and Storage (DACS). The curriculum explores key concepts, techniques, and considerations related to CO₂ capture and storage, equipping participants with the scientific knowledge and technical skills required for effective DACS implementation.
By approaching NETs and DACS from the perspective of different disciplines, this format promotes transdisciplinary understanding and lays the foundations for interdisciplinary collaboration.
Curriculum Topics
The principal investigators of the DACSTorE project take turn giving a lecture about their part of the DACStorE project, including an introduction into the topic aimed at an interdisciplinary audience, and further information, or suitable own research. At least 1 scientist per project partner will give a lecture.
Scope and Framework Conditions
- Duration: 1.5 hrs per lecture (60 min. lecture + 30 min. discussion)
- Frequency: Once per month during the semester lecturing period
- Availability: The lecture will be recorded and made available to the research school members for later reference.
- edX course: An edX course will be developed based on the lecture series after its termination. edX is an American massive open online course provider created by Harvard and MIT to host online university-level courses to a worldwide audience.
Schedule 2025
№ | Date | Lecturer | Institute | Title |
---|---|---|---|---|
1 | 20.01.2025 | Cornelia Schmidt Hattenberger | GFZ | "The Ketzin CO2 pilot site - Europe's first and longest operating onshore CO2 storage" |
2 | 05.05.2025 | Stefan Vögele & Andrew Ross | FZJ IMD-2 | "Macroeconomic assessment of DACS" |
3 | 19.05.2025 | Roland Dittmeyer | KIT IMVT | "Electro-swing DAC: Amino acid and polymer approach" |
4 | 30.06.2025 | Matthew Mayer & Peter Strasser | HZB/TUB | "Electro-swing DAC: EMAR approach" |
5 | 29.09.2025 | Márton Farkas | GFZ | "Synergetic utilisation of CCUS and energy storage" |
6 | 20.10.2025 | Marie Alix Pizzoccaro-Zilamy | FZJ IEK-1 | „Nano-functionalization of ceramic-oxides for gas separation“ |
7 | 10.11.2025 | Rodrigo Valencia | Hereon GERICS | “Introduction into acceptancy analysis with a focus on DACS” |
Schedule 2024
№ | Date | Lecturer | Institute | Title |
---|---|---|---|---|
1 | 26.02.2024 | Roland Dittmeyer | KIT IMVT | “Technologies for CO2 direct air capture - overview of basic principes and current status of development.” |
2 | 29.04.2024 | Till Markus | UFZ | "Direct Air Capture Governance Map" |
3 | 04.06.2024 | Manuel Tsotsalas | KIT IFG | "Membrane-adsorbent paths with a focus on adsorber materials" |
4 | 24.06.2024 | Prokopios Georgopanos | Hereon Membrane | "Membrane-adsorbent paths with a focus on hollow fiber membrane modules" |
5 | 01.07.2024 | Ralf Peters | FZJ IET-4 | "System Modeling of DAC adsorption system" |
6 | 28.10.2024 | Petra Zapp | FZJ ICE-2 | "LCSA applied to DACS" |
7 | 02.12.2024 | Mritjunjay Singh | GFZ | "Multiphase CO2 dissolution and capillary trapping in a deep saline reservoir" |