Innogrowth

Application of solar light converters in greenhouses to the increase of production and optimization of nutritional value of cultivated vegetables.

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The Project

 Innogrowth is an innovative pilot project, through which  you seek to enhance the intensity of light at selected wavelengths, which the plant uses to photosynthesize, converting for this purpose either ultraviolet light or wavelengths that are not exploited by plants.

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Target

To improve the quality of the products produced and to increase the production of vegetables grown within the greenhouse.

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Greenhouse with innovative materials

Operational Team 

The Operational Team for the implementation of the project consists of two University bodies and the A.S. Bioproducers of Western Greece.

Laboratory of Nanotechnology & Advanced Materials
Laboratory of Nanotechnology & Advanced Materials
The laboratory has undertaken the synthesis of the new solar radiation concentrators and their effective and uniform coating ...
Lab Physiology & Plant Nutrition
Laboratory of Plant Physiology & Nutrition
In particular, qualitative and quantitative indicators for the intensity of photosynthetic radiation reaching plants ...
BioNetwork West Hellas
Agricultural Cooperative of Bioproducers of Western Greece
IIt has constructed two experimental greenhouses in Messolonghi, one of which bears the active coating and is ...
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Results

1th Work Unit

Within the framework of the 1st Work Unit, coordinated by the Nanotechnology and Advanced Materials Laboratory of the Department of ...

2th Work Unit

Within the framework of the 2nd Work Unit, coordinated by the Laboratory of Plant Physiology and Nutrition, the following actions have been ...

3th Work Unit

Within the framework of the 3rd Work Unit, coordinated by the Agricultural Cooperative of Bioproducers of Western Greece, the following ...

4th Work Unit

Within the framework of the 4th Work Unit, coordinated by the Laboratory of Nanotechnology and Advanced Materials of the Department ...

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