Enhanced Light Solution for Sustainable Cropping

H2020-EU.2.3.ID: 101011013
EC Contribution
€20,450
Consortium Size
0 orgs
Start Year
2020
Summary

The need for food continuously increases as the world population is growing (estimated to reach nearly 10 billion by 2050 (>30% higher than today)). To meet their food needs, 56% more crop calories will be needed in 2050. Farmers are in dire need for innovative sustainable technologies to boost crop yields without increasing production costs and energy use. There is no silver bullet to achieve food security, hence adopting sustainable solutions and integrating technologies that sustainably enable climate resilient crop production has become a current priority. CASCADE, a French SME, has developed a game-changing disruptive solution in the form of masterbatches using its LIGHT CASCADES® technology to shift a portion of the sunlight spectrum, little used by plants, into wavelengths most efficiently used for photosynthesis and plant development. This LIGHT CASCADES® technology can be incorporated into greenhouse film covering high-tunnels, low-tunnels, and glass houses ultimately benefiting growers. In addition to boosting yields, our technology makes growing food sustainable by significantly reducing water, fertilizer, and pesticide use. CASCADE aims to capture 2.5% of this market by 2024 (revenue 19 M€) with 11 customers (large greenhouse film manufacturers) and estimates a serviceable obtainable market of 800 M€. With the EIC Accelerator funding the company will be able to test its multi-season LIGHT CASCADES® technology in operational conditions for enabling commercialization. Upon successful commercialization, LIGHT CASCADES® technology with its conservative estimate of 10% yield increase potential, will result in more than 1 million metric tons of additional horticultural produce (fruits and vegetables) in the EU region alone. This additional yield contributes to reduction of 51 K tons CO2-equivalent GHG emissions, increase of 16 000 Kg CO2 uptake per ha per year, and saving of 1600 ha of land (additional greenhouses needed to produce the added yield).

Consortium (0)

Project Results (7)

Source: CORDIS, the EU research results database.

Publications (3)
Polymer/dye blends: Preparation and optical performance: A short review
Journal of Applied Polymer Science· 2022DOI
Maud Plouzeau, Sandie Piogé, Frédéric Peilleron, Laurent Fontaine, Sagrario Pascual
Effect of photoconversion films used as greenhouse double roof on the development of cucumber fungal diseases in Spain
Agricultural Engineering· 2021
Ávalos-Sánchez E., López-Martínez A., Molina-Aiz F.D., Lemarié S., Proost Kristof, Peilleron F., Moreno-Teruel M.A., Valera D.L.
Effect of photoconversion greenhouse films used as ‘double covers’ on tomato crop in Almeria (Spain)
Agricultural Engineering· 2021
Molina-Aiz F.D., Moreno-Teruel M.A., Lemarié S., Valera D.L., Proost Kristof, Peilleron F., LópezMartínez A.
Other Results (3)
MATERIAL FOR OPTICALLY DOPING A POLYMER SUBSTRATE
METHOD FOR PRODUCING A COMPOSITE MATERIAL CONTAINING LUMINESCENT MOLECULES, FOR RENDERING SUSTAINABLE THE ELECTROMAGNETIC CHARACTERISTICS OF SAID MATERIAL
Periodic Reporting for period 2 - ENLIGHT (Enhanced Light Solution for Sustainable Cropping)
Deliverables (1)