Prof. Dr. Daniel Matthias Meier

Projects

• VOC Aufnahmefähigkeit von kalkgebundenem Verputz auf Basis von Pflanzenkohle / Project leader / Project ongoing
• Study on potential and challenges of blended and therefore homogenised biochar with consistent properties / Project leader / Project ongoing
• Dimensionierung NH3-Notwäscher / Project leader / Project ongoing
• MOF Facilitated Pilot Scale Carbon Capture / Project leader / Project ongoing
• Development of an effective extraction method of insect-pathogenic granuloviruses for innovative and sustainable plant protection / Project leader / Project ongoing
• ISOPINE – Capturing Isoprene from Untouched Renewable Resources / Project leader / Project completed
• Carbon Capture on algorithm based highly efficient three-dimensional ceramic surfaces / Project co-leader / Project completed
• Improved distillation of bio-based acetic acid / Project leader / Project completed
• HONDA MES 2 / Project co-leader / Project completed
• Impulse: New Constant Quality JunFunori® / Project co-leader / Project completed
• IR-cell for inline-monitoring of extractions with supercritical CO2 / Project leader / Project completed
• In situ IR spectroscopic approach to elucidate reaction mechanisms of exhaust gas purification catalysts / Project co-leader / Project completed
• Härtung von Weichholz durch Imprägnation mittels überkritischem CO2 / Deputy project leader / Project completed
• Entwicklung eines experimentbasierten Designtools für kontinuierliche Reaktoren / Project leader / Project completed
• Effiziente und nachhaltige Astaxanthinextraktion / Project leader / Project completed
• Production and application of novel 3D printed ceramic structures for highly efficient mass transfer in separation columns / Project leader / Project completed

Publications

• Sterchi, Robert; Maeda, Nobutaka; Keller, Stefan; Zehnder, Beat; Meier, Daniel M.,

  2023.

  In situ attenuated total reflection infrared spectroscopic monitoring of supercritical CO2 extraction for green process applications.

  Industrial & Engineering Chemistry Research.

  62(8), pp. 3828-3832.

  Available from: https://doi.org/10.1021/acs.iecr.2c03558

• Hack, Jannis; Maeda, Nobutaka; Meier, Daniel M.,

  2022.

  Review on CO2 capture using amine-functionalized materials.

  ACS Omega.

  7(44), pp. 39520-39530.

  Available from: https://doi.org/10.1021/acsomega.2c03385

• Steinemann, Finn Lorenz; Rütti, David Paul; Moser, Marlies; Georg, Alain; Meier, Daniel Matthias,

  2022.

  Simultaneous determination of enthalpy of mixing and reaction using milli-scale continuous flow calorimetry.

  Journal of Flow Chemistry.

  12(4), pp. 389-396.

  Available from: https://doi.org/10.1007/s41981-022-00237-x

• Hack, Jannis; Frazzetto, Seraina; Evers, Leon; Maeda, Nobutaka; Meier, Daniel M.,

  2022.

  Branched versus linear structure : lowering the CO2 desorption temperature of polyethylenimine-functionalized silica adsorbents.

  Energies.

  15(3), pp. 1075.

  Available from: https://doi.org/10.3390/en15031075

• Moser, Marlies; Georg, Alain G.; Steinemann, Finn Lorenz; Meier, Daniel Matthias; Rütti, David,

  2021.

  Continuous milli-scale reaction calorimeter for direct scale-up of flow chemistry.

  Journal of Flow Chemistry.

  11(3), pp. 691-699.

  Available from: https://doi.org/10.1007/s41981-021-00204-y

• Gau, Alina; Hack, Jannis; Maeda, Nobutaka; Meier, Daniel Matthias,

  2021.

  Operando spectroscopic monitoring of active species in CO2 hydrogenation at elevated pressure and temperature : steady-state versus transient analysis.

  Energy & Fuels.

  Available from: https://doi.org/10.1021/acs.energyfuels.1c02592

• Wang, Xianwei; Maeda, Nobutaka; Meier, Daniel Matthias,

  2021.

  Synergistic effects of bimetallic AuPd and La2O3 in the catalytic reduction of NO with CO.

  Catalysts.

  11(8), pp. 916.

  Available from: https://doi.org/10.3390/catal11080916

• Rütti, David; Moser, Marlies; Georg, Alain G.; Spier, Eyal S.; Meier, Daniel Matthias,

  2021.

  Kinetic data for continuous processes from liquid‐liquid loop reactor experiments.

  Chemie Ingenieur Technik.

  93(8), pp. 1267-1272.

  Available from: https://doi.org/10.1002/cite.202100005

• Weisshar, Florian; Gau, Alina; Hack, Jannis; Maeda, Nobutaka; Meier, Daniel Matthias,

  2021.

  Toward carbon dioxide capture from the atmosphere : lowering the regeneration temperature of polyethylenimine-based adsorbents by ionic liquid.

  Energy & Fuels.

  35(10), pp. 9059-9062.

  Available from: https://doi.org/10.1021/acs.energyfuels.1c00392

• Wang, Xianwei; Maeda, Nobutaka; Meier, Daniel Matthias; Baiker, Alfons,

  2021.

  Bimetallic AuPd@CeO2 nanoparticles supported on potassium titanate nanobelts : a highly efficient catalyst for the reduction of NO with CO.

  Catalysis Letters.

  151(9), pp. 2483-2491.

  Available from: https://doi.org/10.1007/s10562-020-03502-7

• Waheed, Ammara; Wang, Xianwei; Maeda, Nobutaka; Meier, Daniel Matthias; Ishida, Tamao; Murayama, Toru; Haruta, Masatake; Baiker, Alfons,

  2021.

  Influence of the support in aqueous phase oxidation of ethanol on gold/metal oxide catalysts studied by ATR-IR spectroscopy under working conditions.

  Catalysis Communications.

  148(106183).

  Available from: https://doi.org/10.1016/j.catcom.2020.106183

• Baiker, Alfons; Wang, Xianwei; Maeda, Nobutaka; Meier, Daniel Matthias,

  2020.

  Potassium titanate nanobelts : a unique support for Au and AuRh nanoparticles in the catalytic reduction of NO with CO.

  ChemCatChem.

  13(1), pp. 438-444.

  Available from: https://doi.org/10.1002/cctc.202001401

• Waheed, Ammara; Shi, Quanquan; Maeda, Nobutaka; Meier, Daniel Matthias; Qin, Zhaoxian; Li, Gao; Baiker, Alfons,

  2020.

  Strong activity enhancement of the photocatalytic degradation of an azo dye on Au/TiO2 doped with FeOx.

  Catalysts.

  10(8), pp. 933.

  Available from: https://doi.org/10.3390/catal10080933

• Ito, Shizuka; Wang, Xianwei; Waheed, Ammara; Li, Gao; Maeda, Nobutaka; Meier, Daniel Matthias; Naito, Shuichi; Baiker, Alfons,

  2020.

  Support effects in iridium-catalyzed aerobic oxidation of benzyl alcohol studied by modulation-excitation attenuated total reflection IR spectroscopy.

  Journal of Catalysis.

  393, pp. 42-50.

  Available from: https://doi.org/10.1016/j.jcat.2020.11.010

• Maeda, Nobutaka; Hack, Jannis; Gau, Alina; Meier, Daniel Matthias,

  2021.

  Operando spectroscopic monitoring of active species in catalytic hydrogenation of CO2 to methanol at elevated pressure and temperature : steady-state versus transient analysis [paper].

  In:

  Materials Research Meeting, Yokohama, Japan, 13-16 December 2021.

• Meier, Daniel Matthias,

  2020.

  Identifying pure and applied JunFunori® : an algae-based consolidant [paper].

  In:

  Acta Artis Academica 2019.

  7th interdisciplinary ALMA conference focused on research, technology, history and conservation/restoration of the fine art, Bratislava, Slovakia, 16-18 October 2019.

• Meier, Daniel Matthias,

  2020.

  Künftige Ingenieure absolvieren den Forschungszyklus : Prozessanalytik forschend erlernt [poster].

  In:

  Abschlusskolloquium, Weiterbildung – CAS Hochschuldidaktik, Zürich, 12. Juni 2020.

• Jordi, Sara; Inauen, Jan; Blaser, Monika; Meier, Daniel Matthias,

  2019.

  Identifying JunFunori(R) consolidation material on paintings [poster].

  In:

  7th Interdisciplinary Alma Conference, Bratislava, Slovakia, October 16-18 2019.

  ZHAW Zürcher Hochschule für Angewandte Wissenschaften.

  Available from: https://doi.org/10.21256/zhaw-19223

• Steinemann, Finn Lorenz; Rütti, David Paul; Moser, Marlies; Georg, Alain; Meier, Daniel Matthias,

  2023.

  Flow calorimetry evaluation software [poster].

  In:

  DECHEMA Annual Meeting on Reaction Engineering, Frankfurt am Main, Germany, 15-17 May 2023.

• Rütti, David Paul; Steinemann, Finn Lorenz; Moser, Marlies; Georg, Alain; Meier, Daniel Matthias,

  2023.

  Simulate chemical reactions and derive kinetics from milli-scale flow calorimetry.

  In:

  25. Kalorimetrietage, Braunschweig, Germany, 31 May - 2 June 2023.

  Available from: https://www.kalorimetrietage.ptb.de/fileadmin/documents/kalorimetrietage/25Kaltage_2023/Vortragsabstracts/Ruetti_-_230417_Abstract_Ruetti.pdf

• Meier, Daniel Matthias,

  2022.

  Den Energieverbrauch bei Carbon Capture reduzieren.

  In:

  Swiss Green Economy Symposium (SGES), Winterthur, Schweiz, 7.-8. September 2022.

• Meier, Daniel Matthias,

  2022.

  Catch me if you can – Herausforderungen der CO2-Abscheidung und CO2-Umwandlung in Treibstoffe.

  In:

  Tagung "Retten alternative Treibstoffe das Klima?", Smart City Vereinigung Bern, Schweiz, 16. Juni 2022.

Patents and patent applications

• Maeda, Nobutaka; Meier, Daniel Matthias; Weisshar, Florian Balthasar; Hack, Jannis; Gnehm, Japhet; Elkaz, Adnan,

  2023.

  Sorbent Materials for Carbon Dioxide Separation.

  Patent number WO2023237579 A1

  (2023-12-13)

  .

  Available from: https://worldwide.espacenet.com/patent/search?q=pn%3DWO2023237579A1

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