Treatments and technology of action at the interstitial level of fruit and vegetable tissues to reduce phytopathologies during the growing and post-harvest stages.
LIFE innovation project for the development of sustainable technologies to eliminate agrochemicals in agricultural soils through solarization and in situ ozone.
The DESERT Project aims at the integration of water treatment technologies in a compact module with low consumption thanks to the use of solar energy.
Production system for protected crops using light-activating particles and nanomaterials in micro-irrigation with biocidal effect.
Cost-effective and environmentally friendly technology to remove pesticide residues from farm wastewater.
Innovation project for the automation of agronomic tasks in intensive farms using robotics.
El control de la humedad como factor limitante de la competitividad, empleabilidad y capacidad exportadora del cluster agroindustrial.
Development of an innovative system for the disinfection of agricultural soils using ozone.
Design of an electrically powered photovoltaic greenhouse model to improve farm profitability.
Development of a greenhouse and robot to ensure occupational safety in the construction and maintenance of plastic.
Categories
Latest news
- GREENFOLD. Foldable and Reusable Greenhouses
- GREENFOLD. Foldable and Reusable Greenhouses
- DARkWIN. Project to improve crops in the face of climate change
- +PreVENT. Positive pressure system for ecological greenhouses
- Novagric develops Solidarity Agricultural Projects
- Carbon Fertilisation Levels in Greenhouses
- How to control the climate during carbon fertilisation
- i-GROW. Protected crop management support systemtivos protegidos
- VERTICAL SUNNING. Vertical farming without artificial light
- GREENDOMO. New urban greenhouse model