GEOFOOD - Energy model of geothermal greenhouse aquaponic systems, Part II, Simulations for geothermal greenhouse production in the Netherlands

Alexander Boedijn; Esteban Baeza; Eric Poot

doi:10.18174/527779

GEOFOOD - Energy model of geothermal greenhouse aquaponic systems, Part II, Simulations for geothermal greenhouse production in the Netherlands

Alexander Boedijn, Esteban Baeza, Eric Poot

Research output: Book/Report › Report › Professional

Abstract

To illustrate the functionality and applicability of a geothermal aquaponic model that has been developed for the EU project GEOFOOD, this report contains two scenarios based on geothermal greenhouse production in the Netherlands. In these scenarios a tomato- and lettuce greenhouse production are combined with an aquaculture facility that produces pike-perch. The results include heat demand profiles of greenhouse- and aquaculture production as well as an indication on the performance of an aquaponic thermal treatment network with respect to geothermal heat use.

Original language	English
Place of Publication	Bleiswijk
Publisher	Wageningen Plant Research
Number of pages	22
DOIs	https://doi.org/10.18174/527779
Publication status	Published - 2020

Publication series

Name	Report / Stichting Wageningen Research, Wageningen Plant Research, Business unit Greenhouse Horticulture
No.	WPR-969

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10.18174/527779Licence: Publisher

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EU-20011 CCC Farming (BO-59-101-001)
Galama, P. (Project Leader)
1/01/20 → 31/12/23
Project: LVVN project

Cite this

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title = "GEOFOOD - Energy model of geothermal greenhouse aquaponic systems, Part II, Simulations for geothermal greenhouse production in the Netherlands",

abstract = "To illustrate the functionality and applicability of a geothermal aquaponic model that has been developed for the EU project GEOFOOD, this report contains two scenarios based on geothermal greenhouse production in the Netherlands. In these scenarios a tomato- and lettuce greenhouse production are combined with an aquaculture facility that produces pike-perch. The results include heat demand profiles of greenhouse- and aquaculture production as well as an indication on the performance of an aquaponic thermal treatment network with respect to geothermal heat use.",

author = "Alexander Boedijn and Esteban Baeza and Eric Poot",

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series = "Report / Stichting Wageningen Research, Wageningen Plant Research, Business unit Greenhouse Horticulture",

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Boedijn, A, Baeza, E & Poot, E 2020, GEOFOOD - Energy model of geothermal greenhouse aquaponic systems, Part II, Simulations for geothermal greenhouse production in the Netherlands. Report / Stichting Wageningen Research, Wageningen Plant Research, Business unit Greenhouse Horticulture, no. WPR-969, Wageningen Plant Research, Bleiswijk. https://doi.org/10.18174/527779

GEOFOOD - Energy model of geothermal greenhouse aquaponic systems, Part II, Simulations for geothermal greenhouse production in the Netherlands. / Boedijn, Alexander; Baeza, Esteban; Poot, Eric.
Bleiswijk: Wageningen Plant Research, 2020. 22 p. (Report / Stichting Wageningen Research, Wageningen Plant Research, Business unit Greenhouse Horticulture; No. WPR-969).

Research output: Book/Report › Report › Professional

TY - BOOK

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AU - Baeza, Esteban

AU - Poot, Eric

N1 - Project number: 3742247400. - BABS-code: BO-59-101-001-WPR. - Theme: Climate & Energy

PY - 2020

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N2 - To illustrate the functionality and applicability of a geothermal aquaponic model that has been developed for the EU project GEOFOOD, this report contains two scenarios based on geothermal greenhouse production in the Netherlands. In these scenarios a tomato- and lettuce greenhouse production are combined with an aquaculture facility that produces pike-perch. The results include heat demand profiles of greenhouse- and aquaculture production as well as an indication on the performance of an aquaponic thermal treatment network with respect to geothermal heat use.

AB - To illustrate the functionality and applicability of a geothermal aquaponic model that has been developed for the EU project GEOFOOD, this report contains two scenarios based on geothermal greenhouse production in the Netherlands. In these scenarios a tomato- and lettuce greenhouse production are combined with an aquaculture facility that produces pike-perch. The results include heat demand profiles of greenhouse- and aquaculture production as well as an indication on the performance of an aquaponic thermal treatment network with respect to geothermal heat use.

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DO - 10.18174/527779

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T3 - Report / Stichting Wageningen Research, Wageningen Plant Research, Business unit Greenhouse Horticulture

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PB - Wageningen Plant Research

CY - Bleiswijk

ER -

GEOFOOD - Energy model of geothermal greenhouse aquaponic systems, Part II, Simulations for geothermal greenhouse production in the Netherlands

Abstract

Publication series

Access to Document

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Projects

EU-20011 CCC Farming (BO-59-101-001)

Cite this