SMART AQUAPONICS TOOLS PRESENTATION WEBINAR
December 7, 2020
SMART AQUAPONICS TOOLS PRESENTATION WEBINAR
SMART AQUAPONICS TOOLS PRESENTATION WEBINAR
December 7, 2020
SMART AQUAPONICS TOOLS PRESENTATION WEBINAR
December 7, 2020
Rediscover in replay the webinar of December 7, 2020 which aims to present the digital tools of the Smart Aquaponics project to remotely control and anticipate an aquaponics system. Vigo Universal, interface developer, presented the tool that will help design future aquaponics systems and the monitoring application to manage the systems remotely. The model that supports these two tools, SAM - the Smart Aquaponics Model - was presented by the Urban Agriculture Research Center.
About sixty participants, mainly from Belgium and France and from the aquaponics sector, took part in this presentation followed by a moment of discussion in the form of questions and answers.
Rediscover in replay the webinar of December 7, 2020 which aims to present the digital tools of the Smart Aquaponics project to remotely control and anticipate an aquaponics system. Vigo Universal, interface developer, presented the tool that will help design future aquaponics systems and the monitoring application to manage the systems remotely. The model that supports these two tools, SAM - the Smart Aquaponics Model - was presented by the Urban Agriculture Research Center.
About sixty participants, mainly from Belgium and France and from the aquaponics sector, took part in this presentation followed by a moment of discussion in the form of questions and answers.
Rediscover in replay the webinar of December 7, 2020 which aims to present the digital tools of the Smart Aquaponics project to remotely control and anticipate an aquaponics system. Vigo Universal, interface developer, presented the tool that will help design future aquaponics systems and the monitoring application to manage the systems remotely. The model that supports these two tools, SAM - the Smart Aquaponics Model - was presented by the Urban Agriculture Research Center.
About sixty participants, mainly from Belgium and France and from the aquaponics sector, took part in this presentation followed by a moment of discussion in the form of questions and answers.
AQUAPONIC SYSTEMS
Within the project team, six operators have one or more aquaponics system(s).
ULiège - Gembloux Agro-Bio Tech
Urban Agriculture Research Center
PAFF-Box (Plant and Fish Farming)
Gembloux
Container: 0.6 m³ basin overhung by a 12.4 m² cold greenhouse
Various seasonal vegetables
Tilapia
Coupled system
Demonstration and research
System that fits in two parking spaces and tests the compatibility and resilience of aquaponics systems
ULiège - Gembloux Agro-Bio Tech
Urban Agriculture Research Center
Sapristi (Aquaponics and Pilot System for Research and Innovation in Science)
Gembloux
7.2 m³ fish farm and 150 m² heated greenhouse
Lettuce and hemp
Innovative species, including sturgeon and trout
3 independent coupled or decoupled systems
Research
Testing of new species, innovative insect-based foods for fish, and the Smart Aquaponics computer model
PCG
Aquaponics system
Kruisem
Fish farm of 11 m³ and heated greenhouse of 210 m²
Eggplant monoculture
Omega bar
9 independent decoupled systems
Innovation and demonstration
Simulations of professional aquaponics installations in order to advise companies and the agricultural sector
PTI
Aquaponics system
Kortrijk
Fish tank of 26 m³ and two heated greenhouses of 200 m²
Tomatoes, eggplants and cucumbers
Australian crayfish and jade perch
Decoupled system
Education and training
System that takes place in the training of students in aquaculture and horticulture
Junia ISA
Tast'in Fives
Lille
2.1 m³ outdoor aquaculture section and 80 m² cold greenhouse
Various seasonal vegetables and aromatic herbs
Trout
Coupled and decoupled system
Innovation, business consulting and social rehabilitation
Pilot site to test the yield and profitability of aquaponics, hydroponics, and mushroom production
Junia ISA
Myfood
Lille
Heated greenhouse with a basin of 1.2 m³ and a surface area of 4 m²
Various seasonal vegetables and aromatic herbs
Goldfish
Coupled system
Demonstration and teaching
Teaching support to develop and test prototype such as monitoring systems, sludge digester
Group One
Aquaponiris
Brussels
Cold greenhouse of 12 m² and a basin of 1 m³
Various seasonal vegetables
Carp
Coupled system
Demonstration and research
Public awareness and technical training for people who want to build their own unit
Bossimé workshop
Aquaponics system
Namur
20 m³ fish tank
Under construction
Trout
Coupled system
Quality production for the restaurant
A restaurant with fresh and quality products, grown or raised on site using innovative techniques
