Can the area of organically cultivated land increase when utilizing perennial grasses as feedstock for biogas production

Research output: Contribution to conferencePaperResearch

Abstract

This paper investigates how the use of legumes (here perennial grasses) as feedstock for organic biogas production, can enhance the share of organic farmland, increase the arable soil quality by various Eco System Services (ESS) and provide renewable energy based on a more sustainable and readily available biomass feedstock; grass-clover. With an analytical framing taking point of departure in the concept of sustainability, and with data retrieval from both primary and secondary empirical data, the paper proposes on a new „organic-agricultural-biogas‟-system facilitating internal farm supply of biogas feedstock and the production of valuable digestate (soil fertilizer). When utilizing between 15-20 % of the farmland for perennial crop rotation a more self-sustaining and hence sustainable farm system can be developed. The paper further concludes, that future policies and actions supporting this development could be e.g. higher construction grant or feed in tariff for organic biogas plants digesting perennial legumes as grass-clover, more knowledge of the benefits of using grass-clover in farm systems and for energetic purposes in biogas plants, co-digested with straw, and deployment of organic biogas plants in non-animal dense areas also.
Original languageEnglish
Publication date1 Nov 2018
Number of pages8
Publication statusPublished - 1 Nov 2018
EventThe Grand GMSARN International Conference 2018 : Energy, Environment, and Development GMS - Ramada Encore Hotel Nanning, Nanning, China
Duration: 28 Nov 201830 Nov 2018

Conference

ConferenceThe Grand GMSARN International Conference 2018
LocationRamada Encore Hotel Nanning
CountryChina
CityNanning
Period28/11/201830/11/2018

Cite this

@conference{bd7c9d50f0f840868ac19a7ecacd3718,
title = "Can the area of organically cultivated land increase when utilizing perennial grasses as feedstock for biogas production",
abstract = "This paper investigates how the use of legumes (here perennial grasses) as feedstock for organic biogas production, can enhance the share of organic farmland, increase the arable soil quality by various Eco System Services (ESS) and provide renewable energy based on a more sustainable and readily available biomass feedstock; grass-clover. With an analytical framing taking point of departure in the concept of sustainability, and with data retrieval from both primary and secondary empirical data, the paper proposes on a new „organic-agricultural-biogas‟-system facilitating internal farm supply of biogas feedstock and the production of valuable digestate (soil fertilizer). When utilizing between 15-20 {\%} of the farmland for perennial crop rotation a more self-sustaining and hence sustainable farm system can be developed. The paper further concludes, that future policies and actions supporting this development could be e.g. higher construction grant or feed in tariff for organic biogas plants digesting perennial legumes as grass-clover, more knowledge of the benefits of using grass-clover in farm systems and for energetic purposes in biogas plants, co-digested with straw, and deployment of organic biogas plants in non-animal dense areas also.",
keywords = "Biogas, Grass-clover, Sustainable development",
author = "Rikke Lyb{\ae}k and Henrik Hauggaard-Nielsen and Tyge Kj{\ae}r",
year = "2018",
month = "11",
day = "1",
language = "English",
pages = "1--8",
note = "null ; Conference date: 28-11-2018 Through 30-11-2018",

}

Can the area of organically cultivated land increase when utilizing perennial grasses as feedstock for biogas production. / Lybæk, Rikke; Hauggaard-Nielsen, Henrik; Kjær, Tyge.

2018. 1-8 Paper presented at The Grand GMSARN International Conference 2018 , Nanning, China.

Research output: Contribution to conferencePaperResearch

TY - CONF

T1 - Can the area of organically cultivated land increase when utilizing perennial grasses as feedstock for biogas production

AU - Lybæk, Rikke

AU - Hauggaard-Nielsen, Henrik

AU - Kjær, Tyge

PY - 2018/11/1

Y1 - 2018/11/1

N2 - This paper investigates how the use of legumes (here perennial grasses) as feedstock for organic biogas production, can enhance the share of organic farmland, increase the arable soil quality by various Eco System Services (ESS) and provide renewable energy based on a more sustainable and readily available biomass feedstock; grass-clover. With an analytical framing taking point of departure in the concept of sustainability, and with data retrieval from both primary and secondary empirical data, the paper proposes on a new „organic-agricultural-biogas‟-system facilitating internal farm supply of biogas feedstock and the production of valuable digestate (soil fertilizer). When utilizing between 15-20 % of the farmland for perennial crop rotation a more self-sustaining and hence sustainable farm system can be developed. The paper further concludes, that future policies and actions supporting this development could be e.g. higher construction grant or feed in tariff for organic biogas plants digesting perennial legumes as grass-clover, more knowledge of the benefits of using grass-clover in farm systems and for energetic purposes in biogas plants, co-digested with straw, and deployment of organic biogas plants in non-animal dense areas also.

AB - This paper investigates how the use of legumes (here perennial grasses) as feedstock for organic biogas production, can enhance the share of organic farmland, increase the arable soil quality by various Eco System Services (ESS) and provide renewable energy based on a more sustainable and readily available biomass feedstock; grass-clover. With an analytical framing taking point of departure in the concept of sustainability, and with data retrieval from both primary and secondary empirical data, the paper proposes on a new „organic-agricultural-biogas‟-system facilitating internal farm supply of biogas feedstock and the production of valuable digestate (soil fertilizer). When utilizing between 15-20 % of the farmland for perennial crop rotation a more self-sustaining and hence sustainable farm system can be developed. The paper further concludes, that future policies and actions supporting this development could be e.g. higher construction grant or feed in tariff for organic biogas plants digesting perennial legumes as grass-clover, more knowledge of the benefits of using grass-clover in farm systems and for energetic purposes in biogas plants, co-digested with straw, and deployment of organic biogas plants in non-animal dense areas also.

KW - Biogas

KW - Grass-clover

KW - Sustainable development

M3 - Paper

SP - 1

EP - 8

ER -