Power to methane: WP 2/3: a promising new method for hydrogen delivery to methanogens results in more methane from biomass

Gert Hofstede; Emile Apol; Ronald Wedema; Hans Banning; Jeroen Tideman; Folkert Faber; Jan Peter Nap

Power to methane: WP 2/3: a promising new method for hydrogen delivery to methanogens results in more methane from biomass

Gert Hofstede, Emile Apol, Ronald Wedema, Hans Banning, Jeroen Tideman, Folkert Faber, Jan Peter Nap

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Abstract

Excess of renewable electricity from wind turbines or solar panels is used for electrolysis of water. To store this renewable energy as methane, the hydrogen is fed to an anaerobic digester to stimulate biological methanation by hydrogenotrophic methanogens. This workpackage focusses on the best ways for hydrogen delivery and the community changes in a biomethanation reactor as a result of hydrogen supply.

Original language	English
Number of pages	1
Publication status	Published - 20 Jun 2017

Keywords

renewable energy
biomass
methane
wind turbines
solar panels
electricity
hydrogen

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Power to methane: a promising new method for hydrogen delivery to methanogens results in more methane from biomass
Hofstede, G., Nap, J. P., Faber, F., Wedema, R., Apol, E., Zwart, K. & Tideman, J., 4 Jul 2018, (Unpublished).
Research output: Contribution to conference › Poster › Other research output

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title = "Power to methane: WP 2/3: a promising new method for hydrogen delivery to methanogens results in more methane from biomass",

abstract = "Excess of renewable electricity from wind turbines or solar panels is used for electrolysis of water. To store this renewable energy as methane, the hydrogen is fed to an anaerobic digester to stimulate biological methanation by hydrogenotrophic methanogens. This workpackage focusses on the best ways for hydrogen delivery and the community changes in a biomethanation reactor as a result of hydrogen supply.",

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author = "Gert Hofstede and Emile Apol and Ronald Wedema and Hans Banning and Jeroen Tideman and Folkert Faber and Nap, {Jan Peter}",

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T1 - Power to methane

T2 - WP 2/3: a promising new method for hydrogen delivery to methanogens results in more methane from biomass

AU - Hofstede, Gert

AU - Apol, Emile

AU - Wedema, Ronald

AU - Banning, Hans

AU - Tideman, Jeroen

AU - Faber, Folkert

AU - Nap, Jan Peter

PY - 2017/6/20

Y1 - 2017/6/20

N2 - Excess of renewable electricity from wind turbines or solar panels is used for electrolysis of water. To store this renewable energy as methane, the hydrogen is fed to an anaerobic digester to stimulate biological methanation by hydrogenotrophic methanogens. This workpackage focusses on the best ways for hydrogen delivery and the community changes in a biomethanation reactor as a result of hydrogen supply.

AB - Excess of renewable electricity from wind turbines or solar panels is used for electrolysis of water. To store this renewable energy as methane, the hydrogen is fed to an anaerobic digester to stimulate biological methanation by hydrogenotrophic methanogens. This workpackage focusses on the best ways for hydrogen delivery and the community changes in a biomethanation reactor as a result of hydrogen supply.

KW - windturbines

KW - zonnepanelen

KW - electrolyse

KW - electriciteit

KW - methaan

KW - waterstof

KW - renewable energy

KW - biomass

KW - methane

KW - wind turbines

KW - solar panels

KW - electricity

KW - hydrogen

M3 - Poster

ER -

Power to methane: WP 2/3: a promising new method for hydrogen delivery to methanogens results in more methane from biomass

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Power to methane: a promising new method for hydrogen delivery to methanogens results in more methane from biomass

Cite this