Q3161083 (Q3161083): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): The main objective of the project is the design and development of new fertilisers of unique application that condition the release of their nutrients according to the demand of the plant throughout the crop cycle._x000D_ The company is committed to this new project of technological novelty that can have a high impact on the market. Considers that it is completely innovative and fits the demands of the agricultural sector within the European Uni...) |
||||||||||||||
| Property / summary | |||||||||||||||
The main objective of the project is the design and development of new fertilisers of unique application that condition the release of their nutrients according to the demand of the plant throughout the crop cycle._x000D_ The company is committed to this new project of technological novelty that can have a high impact on the market. Considers that it is completely innovative and fits the demands of the agricultural sector within the European Union. Project activities are aimed at research and development of new fertilisers that increase the efficiency of fertiliser units by controlling their release rates._x000D_ Generally, the efficient release of fertilisers usually requires a reduction in the rate of performance of the most soluble fertilisers. This can reduce the risk of nutrient losses to the environment and, in addition, by applying them only once during cultivation, the release of nutrients can cover all the needs of the nutrients. _x000D_ is proposing this project to develop new fertilisers, based on a different and innovative technology, focused on a more efficient release of nutrients. Two lines of investigation are proposed; line 1 entitled “Control of nutrient release through expandable aluminosilicates” and line 2 “Development of complex fertilisers controlled by specific coating barriers”._x000D_ _x000D_ The technology proposed in the project is innovative and will compete directly on the market with single-application fertilisers. (English) | |||||||||||||||
| Property / summary: The main objective of the project is the design and development of new fertilisers of unique application that condition the release of their nutrients according to the demand of the plant throughout the crop cycle._x000D_ The company is committed to this new project of technological novelty that can have a high impact on the market. Considers that it is completely innovative and fits the demands of the agricultural sector within the European Union. Project activities are aimed at research and development of new fertilisers that increase the efficiency of fertiliser units by controlling their release rates._x000D_ Generally, the efficient release of fertilisers usually requires a reduction in the rate of performance of the most soluble fertilisers. This can reduce the risk of nutrient losses to the environment and, in addition, by applying them only once during cultivation, the release of nutrients can cover all the needs of the nutrients. _x000D_ is proposing this project to develop new fertilisers, based on a different and innovative technology, focused on a more efficient release of nutrients. Two lines of investigation are proposed; line 1 entitled “Control of nutrient release through expandable aluminosilicates” and line 2 “Development of complex fertilisers controlled by specific coating barriers”._x000D_ _x000D_ The technology proposed in the project is innovative and will compete directly on the market with single-application fertilisers. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The main objective of the project is the design and development of new fertilisers of unique application that condition the release of their nutrients according to the demand of the plant throughout the crop cycle._x000D_ The company is committed to this new project of technological novelty that can have a high impact on the market. Considers that it is completely innovative and fits the demands of the agricultural sector within the European Union. Project activities are aimed at research and development of new fertilisers that increase the efficiency of fertiliser units by controlling their release rates._x000D_ Generally, the efficient release of fertilisers usually requires a reduction in the rate of performance of the most soluble fertilisers. This can reduce the risk of nutrient losses to the environment and, in addition, by applying them only once during cultivation, the release of nutrients can cover all the needs of the nutrients. _x000D_ is proposing this project to develop new fertilisers, based on a different and innovative technology, focused on a more efficient release of nutrients. Two lines of investigation are proposed; line 1 entitled “Control of nutrient release through expandable aluminosilicates” and line 2 “Development of complex fertilisers controlled by specific coating barriers”._x000D_ _x000D_ The technology proposed in the project is innovative and will compete directly on the market with single-application fertilisers. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
| |||||||||||||||
Revision as of 16:21, 12 October 2021
Project Q3161083 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3161083 in Spain |
Statements
619,164.0 Euro
0 references
773,955.0 Euro
0 references
80.0 percent
0 references
4 May 2015
0 references
31 December 2017
0 references
FERTIBERIA, S.A.
0 references
37°15'27.32"N, 6°56'54.56"W
0 references
21041
0 references
El objetivo principal del proyecto es el diseño y el desarrollo de nuevos fertilizantes de aplicación única que condicionen la liberación de sus nutrientes en función de la demanda de la planta a lo largo del ciclo del cultivo._x000D_ La empresa apuesta por este nuevo proyecto de novedad tecnológica que puede tener un alto impacto en el mercado. Considera que el mismo es completamente innovador y se adecua a las exigencias del sector agrícola en el marco de la Unión Europea. Las actividades del proyecto están encaminadas a la investigación y desarrollo de nuevos fertilizantes que aumenten la eficiencia de las unidades de fertilizantes controlando los ritmos de liberación de los mismos._x000D_ Generalmente, la liberación eficiente de los fertilizantes suele requerir que se reduzca la velocidad de actuación de los fertilizantes más solubles. Con ello se puede conseguir reducir el riesgo de pérdidas de nutrientes al ambiente y, además, que aplicándolos una sola vez durante el cultivo, la liberación de los nutrientes pueda cubrir todas las necesidades del mismo. _x000D_ Se propone este proyecto de desarrollo de nuevos fertilizantes, basados en una tecnología, diferente e innovadora, centrada en una liberación más eficiente de los nutrientes. Se plantean dos líneas de investigación; la línea 1 titulada “Control de la liberación de nutrientes mediante aluminosilicatos expandibles” y la línea 2 “Desarrollo de fertilizantes complejos de liberación controlada mediante barreras de recubrimientos específicos”._x000D_ _x000D_ La tecnología propuesta en el proyecto es innovadora y competirá directamente en el mercado con los abonos de única aplicación. (Spanish)
0 references
The main objective of the project is the design and development of new fertilisers of unique application that condition the release of their nutrients according to the demand of the plant throughout the crop cycle._x000D_ The company is committed to this new project of technological novelty that can have a high impact on the market. Considers that it is completely innovative and fits the demands of the agricultural sector within the European Union. Project activities are aimed at research and development of new fertilisers that increase the efficiency of fertiliser units by controlling their release rates._x000D_ Generally, the efficient release of fertilisers usually requires a reduction in the rate of performance of the most soluble fertilisers. This can reduce the risk of nutrient losses to the environment and, in addition, by applying them only once during cultivation, the release of nutrients can cover all the needs of the nutrients. _x000D_ is proposing this project to develop new fertilisers, based on a different and innovative technology, focused on a more efficient release of nutrients. Two lines of investigation are proposed; line 1 entitled “Control of nutrient release through expandable aluminosilicates” and line 2 “Development of complex fertilisers controlled by specific coating barriers”._x000D_ _x000D_ The technology proposed in the project is innovative and will compete directly on the market with single-application fertilisers. (English)
12 October 2021
0 references
Huelva
0 references
Identifiers
IDI-20150489
0 references