References:

1) Ba-Ni-hexaaluminate as a new catalyst in the steam reforming of 1-methyl naphthalene and methane.
Parsland, C., Larsson, A., Benito, P., Fornasari, G., Brandin, J. Catalysis Letters (submitted)

2) The effect of aerosol-deposited ash components on a cobalt-based Fischer–Tropsch catalyst.
Gavrilovic, L., Brandin, J., Holmen, A., Venvik, H.J., Myrstad, R., et al. Reaction Kinetics, Mechanisms and Catalysis. 127. 231-240.(2019)

3) Fischer-Tropsch synthesis : Investigation of the deactivation of a Co catalyst by exposure to aerosol particles of potassium salt,
Gavrilovic, L., Brandin, J., Holmen, A., Venvik, H., Myrstad, R., et al.. Applied Catalysis B : Environmental. 230. 203-209. (2018).

4) Deactivation of Co-based Fischer-Tropsch catalyst by aerosol deposition of potassium salts.
Gavrilovic, L., Brandin, J., Holmen, A., Venvik, H., Myrstad, R., et al. Industrial & Engineering Chemistry Research. 57. 1935-1942. (2018).

5) Deactivation and Characterization of SCR Catalysts Used in Municipal Waste Incineration Applications.
Brandin, J., Odenbrand, I. Catalysis Letters. 148. 312-327. (2018).

6) Pore Condensation in Glycerol Dehydration : Modification of a Mixed Oxide Catalyst.
Hulteberg, C., Leveau, A., Brandin, J.  Topics in catalysis. 60. 1462-1472. (2017).

7) Poisoning of SCR Catalysts used in Municipal Waste Incineration Applications.
Brandin, J., Odenbrand, I. Topics in catalysis. 60. 1306-1316. (2017).

8) Modelling of a reverse-flow partial oxidation reactor for synthesis gas production from gasifier product gas.
Tunå, P., Svensson, H., Brandin, J.  Journal of Computational Methods in Sciences and Engineering. 15. 593-604. (2015).

9) Nickel-substituted bariumhexaaluminates as novel catalysts in steam reforming of tars.
Parsland, C., Larsson, A., Benito, P., Fornasari, G., Brandin, J. Fuel processing technology. 140. 1-11 (2015).

Research topics

Swedish Gasification Centre – Cleansyngas

• Catalytic reformation Catalyst – Metal substituted hexaaluminates
• Shift Catalyst.
• Catalytic Partial Oxidation for upgrading of producer gas.
• Coproduction of hydrogen in industrial boilers.

Local production of hydrogen

• Small scale production from alternative sources.

Selective catalytic reduction

• Deactivation of SCR catalysts

Ficher Tropsch

• Aerosol deactivation of Co- based FT catalysts.

Built environment & energy technology
House M
Georg Lückligs väg 1
S-351 95 Växjö

Contact person:
Professor Jan Brandin
phone: +46 765 920781
e-mail: Jan.Brandin@lnu.se

Personnel:
2 professors
2 PhD students