Biomassa voor de energievoorziening van tuinbouwclusters
Biomass combustion in combination with a cluster of greenhouses to provide heat, CO2 and electricity can provide a partly solution to the sustainability of the horticultural sector. A biomass gasification plant could also provide valuable biochar, the result of partial combustion of biocarbon. This was shown to have attractive characteristics to be used in high quality potting soil. Despite the high value of the biochar (contributing for 16% of the income from the plant), the economic feasibility of a biomass combustion plant depends heavily on governmental subsidies (SDE +). When the developed technology is used on a practical scale, a biomass plant of 8 MW thermal power and 1.4 MW of electrical power is a sound size. Such a plant fits well with a horticultural cluster of 15 hectares, consisting of 6 ha Tomato, 6 ha Pepper and 3 hectares of Chrysanthemum. The biomass plant produces over 91% of the heating and 95% of the CO2 requirement and 67% of the electricity counsumed. However during winter a lot of electricity will have to be bought, which is compensated with selling to the public grid in summer. The biomass combustion plant will mainly run on biomass is supplied from elsewhere. The biomass from the local cluster covers only 0.3% of the combusted amount. If all available biomass from Netherlands territory would be used to heat greenhouses about 20% of greenhouse industry could make use of system like described in this report.
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Format: | External research report biblioteca |
Language: | Dutch |
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Wageningen UR Glastuinbouw
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Subjects: | biobased economy, biochar, bioenergy, biomass, carbon dioxide, combustion, economic viability, electricity, electricity generation, feasibility studies, greenhouse horticulture, heat, heat production, bio-energie, biomassa, economische haalbaarheid, elektriciteit, glastuinbouw, haalbaarheidsstudies, kooldioxide, opwekking van elektriciteit, verbranding, warmte, warmteproductie, |
Online Access: | https://research.wur.nl/en/publications/biomassa-voor-de-energievoorziening-van-tuinbouwclusters |
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dig-wur-nl-wurpubs-5054042024-12-16 de Zwart, H.F. Ruijs, M.N.A. Visser, H.J.M. External research report Biomassa voor de energievoorziening van tuinbouwclusters 2016 Biomass combustion in combination with a cluster of greenhouses to provide heat, CO2 and electricity can provide a partly solution to the sustainability of the horticultural sector. A biomass gasification plant could also provide valuable biochar, the result of partial combustion of biocarbon. This was shown to have attractive characteristics to be used in high quality potting soil. Despite the high value of the biochar (contributing for 16% of the income from the plant), the economic feasibility of a biomass combustion plant depends heavily on governmental subsidies (SDE +). When the developed technology is used on a practical scale, a biomass plant of 8 MW thermal power and 1.4 MW of electrical power is a sound size. Such a plant fits well with a horticultural cluster of 15 hectares, consisting of 6 ha Tomato, 6 ha Pepper and 3 hectares of Chrysanthemum. The biomass plant produces over 91% of the heating and 95% of the CO2 requirement and 67% of the electricity counsumed. However during winter a lot of electricity will have to be bought, which is compensated with selling to the public grid in summer. The biomass combustion plant will mainly run on biomass is supplied from elsewhere. The biomass from the local cluster covers only 0.3% of the combusted amount. If all available biomass from Netherlands territory would be used to heat greenhouses about 20% of greenhouse industry could make use of system like described in this report. Biomassaverbranding in combinatie met een tuinbouwcluster is een reële mogelijkheid voor verduurzaming van de sector. Zo’n centrale kan behalve energie en CO2 ook waardevolle biochar opleveren. Bij verkoop levert dit een substantiële bijdrage aan de financiële haalbaarheid. Overigens is die voor een nog groter deel afhankelijk van de SDE+ subsidie. Wanneer de ontwikkelde technologie wordt ingezet op praktijkschaal dan zou een biomassacentrale met 8 MW thermisch vermogen en 1.4 MW elektrisch vermogen een goed hanteerbare grootte zijn. Deze zou een cluster van 15 ha kunnen bedienen (6 ha belichte Tomaat, 6 ha Paprika en 3 ha belichte Chrysant). De biomassacentrale levert dan 91% van de verwarming en 95% van de CO2-behoefte. De stroombehoefte wordt voor 67% door de centrale gedekt, maar die moet dan wel in de winter veel stroom bijkopen, die in de zomer wordt verdisconteerd met aan het net geleverde elektriciteit. De biomassacentrale zal vooral draaien op biomassa die van elders wordt aangevoerd. De biomassa uit het eigen cluster vult slechts 0.3% van de behoefte in. Als alle beschikbare biomassa in Nederland zou worden gebruikt voor de energievoorziening van de tuinbouw zou ongeveer 20% van het areaal met installaties zoals in dit rapport beschreven kunnen worden bediend. nl Wageningen UR Glastuinbouw application/pdf https://research.wur.nl/en/publications/biomassa-voor-de-energievoorziening-van-tuinbouwclusters https://edepot.wur.nl/385093 biobased economy biochar bioenergy biomass carbon dioxide combustion economic viability electricity electricity generation feasibility studies greenhouse horticulture heat heat production bio-energie biobased economy biochar biomassa economische haalbaarheid elektriciteit glastuinbouw haalbaarheidsstudies kooldioxide opwekking van elektriciteit verbranding warmte warmteproductie Wageningen University & Research |
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biobased economy biochar bioenergy biomass carbon dioxide combustion economic viability electricity electricity generation feasibility studies greenhouse horticulture heat heat production bio-energie biobased economy biochar biomassa economische haalbaarheid elektriciteit glastuinbouw haalbaarheidsstudies kooldioxide opwekking van elektriciteit verbranding warmte warmteproductie biobased economy biochar bioenergy biomass carbon dioxide combustion economic viability electricity electricity generation feasibility studies greenhouse horticulture heat heat production bio-energie biobased economy biochar biomassa economische haalbaarheid elektriciteit glastuinbouw haalbaarheidsstudies kooldioxide opwekking van elektriciteit verbranding warmte warmteproductie |
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biobased economy biochar bioenergy biomass carbon dioxide combustion economic viability electricity electricity generation feasibility studies greenhouse horticulture heat heat production bio-energie biobased economy biochar biomassa economische haalbaarheid elektriciteit glastuinbouw haalbaarheidsstudies kooldioxide opwekking van elektriciteit verbranding warmte warmteproductie biobased economy biochar bioenergy biomass carbon dioxide combustion economic viability electricity electricity generation feasibility studies greenhouse horticulture heat heat production bio-energie biobased economy biochar biomassa economische haalbaarheid elektriciteit glastuinbouw haalbaarheidsstudies kooldioxide opwekking van elektriciteit verbranding warmte warmteproductie de Zwart, H.F. Ruijs, M.N.A. Visser, H.J.M. Biomassa voor de energievoorziening van tuinbouwclusters |
description |
Biomass combustion in combination with a cluster of greenhouses to provide heat, CO2 and electricity can provide a partly solution to the sustainability of the horticultural sector. A biomass gasification plant could also provide valuable biochar, the result of partial combustion of biocarbon. This was shown to have attractive characteristics to be used in high quality potting soil. Despite the high value of the biochar (contributing for 16% of the income from the plant), the economic feasibility of a biomass combustion plant depends heavily on governmental subsidies (SDE +). When the developed technology is used on a practical scale, a biomass plant of 8 MW thermal power and 1.4 MW of electrical power is a sound size. Such a plant fits well with a horticultural cluster of 15 hectares, consisting of 6 ha Tomato, 6 ha Pepper and 3 hectares of Chrysanthemum. The biomass plant produces over 91% of the heating and 95% of the CO2 requirement and 67% of the electricity counsumed. However during winter a lot of electricity will have to be bought, which is compensated with selling to the public grid in summer. The biomass combustion plant will mainly run on biomass is supplied from elsewhere. The biomass from the local cluster covers only 0.3% of the combusted amount. If all available biomass from Netherlands territory would be used to heat greenhouses about 20% of greenhouse industry could make use of system like described in this report. |
format |
External research report |
topic_facet |
biobased economy biochar bioenergy biomass carbon dioxide combustion economic viability electricity electricity generation feasibility studies greenhouse horticulture heat heat production bio-energie biobased economy biochar biomassa economische haalbaarheid elektriciteit glastuinbouw haalbaarheidsstudies kooldioxide opwekking van elektriciteit verbranding warmte warmteproductie |
author |
de Zwart, H.F. Ruijs, M.N.A. Visser, H.J.M. |
author_facet |
de Zwart, H.F. Ruijs, M.N.A. Visser, H.J.M. |
author_sort |
de Zwart, H.F. |
title |
Biomassa voor de energievoorziening van tuinbouwclusters |
title_short |
Biomassa voor de energievoorziening van tuinbouwclusters |
title_full |
Biomassa voor de energievoorziening van tuinbouwclusters |
title_fullStr |
Biomassa voor de energievoorziening van tuinbouwclusters |
title_full_unstemmed |
Biomassa voor de energievoorziening van tuinbouwclusters |
title_sort |
biomassa voor de energievoorziening van tuinbouwclusters |
publisher |
Wageningen UR Glastuinbouw |
url |
https://research.wur.nl/en/publications/biomassa-voor-de-energievoorziening-van-tuinbouwclusters |
work_keys_str_mv |
AT dezwarthf biomassavoordeenergievoorzieningvantuinbouwclusters AT ruijsmna biomassavoordeenergievoorzieningvantuinbouwclusters AT visserhjm biomassavoordeenergievoorzieningvantuinbouwclusters |
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