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See detailDevelopment of a generalist, integrative and predictive model for aquaponics within the European “Smart Aquaponics” project
Stalport, Benoît ULiege; Raulier, Pierre ULiege; De Cock, Nicolas ULiege et al

Conference (2019, June 29)

Aquaponics is the association of fish and plant farming, exploiting the natural phenomenon observed in aquatic ecosystems. The microbiota transforms the fish waste into different chemical forms that are ... [more ▼]

Aquaponics is the association of fish and plant farming, exploiting the natural phenomenon observed in aquatic ecosystems. The microbiota transforms the fish waste into different chemical forms that are less toxic for fish and very suited for hydroponic plants culture. Due to its recent and quick development, aquaponics can now be found in a variety of areas of interest such as personal installations, education fields, private and public research projects and reached nowadays the food production at medium and large scales industries. The diversity found in these installations makes it difficult to identify the mechanisms that rule aquaponics and to generalize the findings to other systems. Few researches established the equations that govern the behaviour of one particular system, in order to estimate the productions and to apply sensitivity analysis. These models often satisfy the goals of the developers but cannot be applied to different system setups. In this context, a generalist model is being developed for aquaponics. The equations are based on aquaculture, hydroponics and aquaponics researches and are implemented using an object-oriented programming in order to generate a completely generic model. The European Smart Aquaponics Project provides numerous systems with different architectures. All these installations are equipped with a full set of aquaponics sensors to generate a strong aquaponic database that will be used for model development. The computed outputs are various and new ones are regularly added to keep pace with the continuous development of aquaponics. In this case study, the model has been applied to an experimental setup to illustrate the basic calculated parameters such as the dynamical behaviours of: the water volumes and several nutrient concentrations, the vegetal and animal biomasses, the water consumption, a few economic criteria, etc. [less ▲]

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See detailDevelopment of a generic aquaponic model using object oriented programming to study the systems at the individuals level
Stalport, Benoît ULiege; Raulier, Pierre ULiege; De Cock, Nicolas ULiege et al

Poster (2019, February 04)

Aquaponics is the association of fish and plant farming, exploiting the natural phenomenon observed in aquatic ecosystems. The microbiota transforms the fish waste into different chemical forms that are ... [more ▼]

Aquaponics is the association of fish and plant farming, exploiting the natural phenomenon observed in aquatic ecosystems. The microbiota transforms the fish waste into different chemical forms that are less toxic for fish and very suited for hydroponic plants culture. Due to its recent and quick development, aquaponics can now be found in a variety of areas of interest such as personal installations, education fields, private and public research projects and reached nowadays the food production at medium and large scales industries. The diversity found in these installations makes it difficult to identify the mechanisms that rule aquaponics and to generalize the findings to other systems. Few researches established the equations that govern the behaviour of one particular system, in order to estimate the productions and to apply sensitivity analysis. These models often satisfy the goals of the developers but cannot be applied to different system setups. In this context, a generalist model is being developed for aquaponics. The equations are based on aquaculture, hydroponics and aquaponics researches and are implemented using an object-oriented programming in order to generate a completely generic model. The European Smart Aquaponics Project provides numerous systems with different architectures. All these installations are equipped with a full set of aquaponics sensors to generate a strong aquaponic database that will be used for model development. The computed outputs are various and new ones are regularly added to keep pace with the continuous development of aquaponics. In this case study, the model has been applied to an experimental setup to illustrate the basic calculated parameters such as the dynamical behaviours of the water volumes and several nutrient concentrations, the vegetal and animal biomasses, the water consumption, a few economic criteria, etc. [less ▲]

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See detailSmart Aquaponics: development of intelligent management tools for aquaponic systems adapted to professionals, urban communities and education
Stalport, Benoît ULiege; Lebeau, Frédéric ULiege; Jijakli, Haissam ULiege

Poster (2018, March)

In this project, intelligent connected aquaponic systems are developed for production and educational aims . Technological features could simplify the use, enable automation and make it possible for ... [more ▼]

In this project, intelligent connected aquaponic systems are developed for production and educational aims . Technological features could simplify the use, enable automation and make it possible for individuals from varied backgrounds (schools, entreprises and agriculture sector) to use the connected systems. Data are continuoulsy collected by sensors and sent to servers where mathematical models compute the future probable behaviors and warn the users if necessary. Users can access their system state parameters through a user-friendly interface that is also pro-vided for simple management. Simultaneously the models and the data are used to feed a serious gaming interface where users can create simulations and learn from virtual aquaponics. [less ▲]

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See detailCaméras 3D et plantes numériques : vers une automatisation de l’agriculture
Bouvry, Arnaud ULiege; Stalport, Benoît ULiege; De Cock, Nicolas ULiege et al

Diverse speeche and writing (2017)

En cours de développement à la Faculté de Gembloux Agro-Bio Tech, l’exploitation d’images en 3 dimensions de plantes permet de récolter une grande quantité de données. Cette technique, couplée à un ... [more ▼]

En cours de développement à la Faculté de Gembloux Agro-Bio Tech, l’exploitation d’images en 3 dimensions de plantes permet de récolter une grande quantité de données. Cette technique, couplée à un système mathématique de modélisation de plantes, utilisé notamment par Pixar, offre de nombreuses possibilités pour la recherche scientifique. [less ▲]

Detailed reference viewed: 65 (22 ULiège)