Abstract Details
(2020) Directing Accelerated Carbonate Formation and H2 Synthesis with Integrated CO2 Capture
Gadikota G
https://doi.org/10.46427/gold2020.774
The author has not provided any additional details.
08r: Room 3, Wednesday 24th June 23:21 - 23:24
Greeshma Gadikota
Listed below are questions that have been submitted by the community that the author will try and cover in their presentation. To submit a question, ensure you are signed in to the website. Authors or session conveners approve questions before they are displayed here.
Submitted by Fulvio Di Lorenzo on Monday 22nd June 14:53
Do you think that using natural Mg2SiO4 (instead than the synthetic substrate) the kinetic of carbon capture by the silicate dissolution can still be fast enough to allow this process to be coupled with the WGSR? How can we mitigate the effect of heterogeneous natural substrates during industrial up scaling? (i.e. pretreatment of the solid substrates, etc…)
Do you think that using natural Mg2SiO4 (instead than the synthetic substrate) the kinetic of carbon capture by the silicate dissolution can still be fast enough to allow this process to be coupled with the WGSR? How can we mitigate the effect of heterogeneous natural substrates during industrial up scaling? (i.e. pretreatment of the solid substrates, etc…)
Submitted by Jesica Murray on Wednesday 24th June 20:50
Hello! very interesting presentation! In general I observed that many papers describe H2 generation by a reduction of H2O. In you case H2 is generated by a dissociation of the H2O vapor molecule instead of reduction? Thank you!
Hello! very interesting presentation! In general I observed that many papers describe H2 generation by a reduction of H2O. In you case H2 is generated by a dissociation of the H2O vapor molecule instead of reduction? Thank you!
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